Important
🎉 We have released Virne and its benchmark paper. Welcome to check them out!
✨ Virne is a simulator and benchmark designed to address resource allocation (RA) problems in network function virtualization (NFV), with a highlight on supporting reinforcement learning (RL)-based algorithms.
This is a paper list about Network Resource Allocation in Software-Defined Networking (SDN) and Network Functions Virtualization (NFV), including
- Comprehensive Survey and Analysis
- Slicing: Network Slicing
- Chaining: VNF Chaining (aka SFC Orchestration)
- Deployment: VNF Deployment (aka SFC Deployment)
- Scheduling: VNF Scheduling (including Scaling, Reconfiguration and Migration)
- Routing: Network Traffic Measurement and Management
- Multi-domain (aka cross-domain, multi-region or other resemble names)
Here, VNF - Virtual Network Function and SFC - Service Function Chain.
We mainly collect papers from high-quality journals and conferences. Paper type, method families, research directions, and scenarios are modeled independently; the README keeps one primary display section for readability, while the website exposes the complete multi-value taxonomy.
You can search the relevant papers by following keywords:
- Direction:
Chaining,Deployment,Scheduling,Routing,Joint - Publication:
SIGCOMM,INFOCOM,JSAC,TON,TMC,TPDS,TSC, ... - PUB-rank:
CCF-A,CCF-B,JCR-Q1, ... - Scenario:
Distributed,IoT,Edge,Mobile,Optical Network, ... - Awareness:
Latency,Congestion,Privacy,Energy,Parallelization,Reliability,Multicast - RL-ALGO:
DQN,DDPG,A3C,PPO, ... - NN-type:
CNN,RNN,GNN, ...
- Repository: More timely updates
- Website: Better reading experience
Note
These charts summarize this curated catalog. Coverage changes may reflect collection activity as well as research activity.
- Catalog coverage: 388 papers spanning 2012–2026.
- Largest research method family: Heuristic — 211 papers (54.4% of the catalog).
- Most represented direction: Deployment — 174 papers (44.8%).
- Most represented publication year: 2021 — 59 papers.
Generated from the catalog data: 388 curated paper records (243 legacy, 145 verified).
- 1. Survey and Analysis
- 2. Mathematical-based Methods
- 3. Heuristic-based Methods
- 4. Machine Learning-based Methods
- 5. Systems and Other Methods
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Deep Reinforcement Learning in Software Defined Networking: A Survey, Research Challenges, and Future Perspectives
Publication: IEEE Communications Surveys & Tutorials 2026 (JCR-Q1)Authors: Vijay Prakash Bijlwan; Neetesh KumarKeywords: Deep reinforcement learning; Software-defined networking; Traffic engineering; QoS; Network optimizationLink: DOI
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Leveraging Reinforcement Learning for Traffic Engineering in Programmable Networks: A Survey
Publication: IEEE Communications Surveys & Tutorials 2026 (JCR-Q1)Authors: Santiago Ríos-Guiral; Abdelkader Lahmadi; Juan F. Botero; Sergio A. GutiérrezKeywords: Reinforcement learning; Traffic engineering; Programmable networks; Software-defined networking; RoutingLink: DOI
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A Survey on Artificial Intelligence Techniques for Improved Rich Media Content Delivery in a 5G and Beyond Network Slicing Context
Publication: IEEE Communications Surveys & Tutorials 2025 (JCR-Q1)Authors: Fazal E. Subhan; Abid Yaqoob; Cristina Hava Muntean; Gabriel-Miro MunteanKeywords: Network slicing; Rich media; Artificial intelligence; Resource management; QoS; QoELink: DOI
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A Survey on Beyond 5G Network Slicing for Smart Cities Applications
Publication: IEEE Communications Surveys & Tutorials 2025 (JCR-Q1)Authors: Wajid Rafique; Joyeeta Rani Barai; Abraham O. Fapojuwo; Diwakar KrishnamurthyKeywords: Network slicing; Smart cities; Resource allocation; Orchestration; AI; B5GLink: DOI
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AI-Empowered Virtual Network Embedding: A Comprehensive Survey
Publication: IEEE Communications Surveys & Tutorials 2025 (JCR-Q1)Authors: Sheng Wu; Ning Chen; Ailing Xiao; Peiying Zhang; Chunxiao Jiang; Wei ZhangKeywords: Virtual network embedding; Artificial intelligence; Reinforcement learning; Multi-domain; 6GLink: DOI
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Virtual Network Embedding: Literature Assessment, Recent Advancements, Opportunities, and Challenges
Publication: IEEE Communications Surveys & Tutorials 2025 (JCR-Q1)Authors: Anurag Satpathy; Manmath Narayan Sahoo; Chittaranjan Swain; Paolo Bellavista; Mohsen Guizani; Khan Muhammad; Sambit BakshiKeywords: Virtual network embedding; Network virtualization; Resource allocation; TaxonomyLink: DOI
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Network Slicing-Based Learning Techniques for IoV in 5G and Beyond Networks
Publication: IEEE Communications Surveys & Tutorials 2024 (JCR-Q1)Authors: Wafa Hamdi; Chahrazed Ksouri; Hasan Bulut; Mohamed MosbahKeywords: Network slicing; Internet of Vehicles; Machine learning; Resource allocation; 5G; 6GLink: DOI
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Resource Management From Single-Domain 5G to End-to-End 6G Network Slicing: A Survey
Publication: IEEE Communications Surveys & Tutorials 2024 (JCR-Q1)Authors: Sina Ebrahimi; Faouzi Bouali; Olivier C. L. HaasKeywords: Network slicing; End-to-end; Resource management; Multi-domain; Orchestration; 5G; 6GLink: DOI
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VNF and CNF Placement in 5G: Recent Advances and Future Trends
Publication: TNSM 2023 (CCF-C; JCR-Q1)Authors: Wissal Attaoui; Essaid Sabir; Halima Elbiaze; Mohsen GuizaniLink: DOI
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A Survey of Intelligent Network Slicing Management for Industrial IoT: Integrated Approaches for Smart Transportation, Smart Energy, and Smart Factory
Publication: IEEE Communications Surveys & Tutorials 2022 (JCR-Q1)Authors: Yulei Wu; Hong-Ning Dai; Haozhe Wang; Zehui Xiong; Song GuoKeywords: Network slicing; Industrial IoT; Orchestration; Service function chaining; Resource managementLink: DOI
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Network Services Anomalies in NFV: Survey, Taxonomy, and Verification Methods
Publication: TNSM 2022 (CCF-C; JCR-Q1)Authors: Moubarak Zoure; Toufik Ahmed; Laurent RéveilléreLink: DOI
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A Survey of Network Virtualization Techniques for Internet of Things Using SDN and NFV
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Graph-based Deep Learning for Communication Networks: A Survey
Publication: arXiv 2021Authors: Weiwei JiangLink: arXiv, published version
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Leveraging Deep Reinforcement Learning for Traffic Engineering: A Survey
Publication: IEEE Communications Surveys & Tutorials 2021 (JCR-Q1)Authors: Yang Xiao; Jun Liu; Jiawei Wu; Nirwan AnsariKeywords: Deep reinforcement learning; Traffic engineering; Routing; Network optimizationLink: DOI
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Recent Advances of Resource Allocation in Network Function Virtualization
Publication: TPDS 2021 (CCF-A)Authors: Song Yang; Fan Li; Stojan Trajanovski; Ramin Yahyapour; Xiaoming FuLink: DOI
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Segment Routing: A Comprehensive Survey of Research Activities, Standardization Efforts, and Implementation Results
Publication: IEEE Communications Surveys & Tutorials 2021 (JCR-Q1)Authors: Pier Luigi Ventre; Stefano Salsano; Marco Polverini; Antonio Cianfrani; Ahmed Abdelsalam; Clarence Filsfils; Pablo Camarillo; Francois CladKeywords: Segment routing; SRv6; Traffic engineering; Service function chaining; NFVLink: DOI, arxiv.org
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Towards Low-Latency Service Delivery in a Continuum of Virtual Resources: State-of-the-Art and Research Directions
Publication: IEEE Communications Surveys & Tutorials 2021 (JCR-Q1)Authors: Jose Santos; Tim Wauters; Bruno Volckaert; Filip De TurckKeywords: Softwarized networks; Service deployment; Cloud-edge continuum; Orchestration; Low latencyLink: DOI
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5G network slicing using SDN and NFV: A survey of taxonomy, architectures and future challenges
Publication: CN 2020 (CCF-B)Authors: Alcardo Alex Barakabitze; Arslan Ahmad; Rashid Mijumbi; Andrew HinesLink: DOI
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On Energy Efficient Resource Allocation in Shared RANs: Survey and Qualitative Analysis
Publication: IEEE Communications Surveys & Tutorials 2020 (JCR-Q1)Authors: Fatma Marzouk; Joao Paulo Barraca; Ayman RadwanKeywords: RAN sharing; Resource allocation; Energy efficiency; Network virtualization; VNF placementLink: DOI
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SDN/NFV-Empowered Future IoV With Enhanced Communication, Computing, and Caching
Publication: Proc. IEEE 2020 (CCF-A)Authors: Weihua Zhuang; Qiang Ye; Feng Lyu; Nan Cheng; Ju RenLink: DOI
Earlier papers (17)
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Sharing Distributed and Heterogeneous Resources toward End-to-End 5G Networks: A Comprehensive Survey and a Taxonomy
Publication: IEEE Communications Surveys & Tutorials 2020 (JCR-Q1)Authors: Nina Slamnik-Krijestorac; Haris Kremo; Marco Ruffini; Johann M. Marquez-BarjaKeywords: 5G; Resource sharing; Multi-domain; Edge-cloud; Network slicingLink: DOI
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A Survey on the Placement of Virtual Resources and Virtual Network Functions
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Segment Routing in Software Defined Networks: A Survey
Publication: IEEE Communications Surveys & Tutorials 2019 (JCR-Q1)Authors: Zahraa N. Abdullah; Imtiaz Ahmad; Iftekhar HussainKeywords: Segment routing; Software-defined networking; Traffic engineering; Service function chaining; Network resiliencyLink: DOI
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Survey of Performance Acceleration Techniques for Network Function Virtualization
Publication: Proc. IEEE 2019 (CCF-A)Authors: Leonardo Linguaglossa; Stanislav Lange; Salvatore Pontarelli; Gábor Rétvári; Dario Rossi; Thomas Zinner; Roberto Bifulco; Michael Jarschel; Giuseppe BianchiLink: DOI
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Traffic Steering for Service Function Chaining
Publication: IEEE Communications Surveys & Tutorials 2019 (JCR-Q1)Authors: Hajar Hantouti; Nabil Benamar; Tarik Taleb; Abdelquoddous LaghrissiKeywords: Service function chaining; Traffic steering; Software-defined networking; NFV; ScalabilityLink: DOI
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Will Serverless Computing Revolutionize NFV?
Publication: Proc. IEEE 2019 (CCF-A)Authors: Paarijaat Aditya; Istemi Ekin Akkus; Andre Beck; Ruichuan Chen; Volker Hilt; Ivica Rimac; Klaus Satzke; Manuel SteinLink: DOI
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A Comprehensive Survey of Network Function Virtualization
Publication: CN 2018 (CCF-B)Authors: Bo Yi; Xingwei Wang; Keqin Li; Sajal k. Das; Min HuangLink: DOI
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Dependability of the NFV Orchestrator: State of the Art and Research Challenges
Publication: IEEE Communications Surveys & Tutorials 2018 (JCR-Q1)Authors: Andres J. Gonzalez; Gianfranco Nencioni; Andrzej Kamisiński; Bjarne E. Helvik; Poul E. HeegaardLink: DOI
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Network Slicing and Softwarization: A Survey on Principles, Enabling Technologies, and Solutions
Publication: IEEE Communications Surveys & Tutorials 2018 (JCR-Q1)Authors: Ibrahim Afolabi; Tarik Taleb; Konstantinos Samdanis; Adlen Ksentini; Hannu FlinckLink: DOI
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A Survey on the Contributions of Software-Defined Networking to Traffic Engineering
Publication: IEEE Communications Surveys & Tutorials 2017 (JCR-Q1)Authors: Alaitz Mendiola; Jasone Astorga; Eduardo Jacob; Marivi HigueroKeywords: Software-defined networking; Traffic engineering; Routing; Congestion; Load balancingLink: DOI
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A Survey on Service Function Chaining
Publication: Journal of Network and Computer Applications 2016 (CCF-C; JCR-Q1)Authors: Deval Bhamare; Raj Jain; Mohammed Samaka; Aiman ErbadLink: DOI, ResearchGate
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Network Function Virtualization: State-of-the-Art and Research Challenges
Publication: IEEE Communications Surveys & Tutorials 2016 (JCR-Q1)Authors: Rashid Mijumbi; Joan Serrat; Juan-Luis Gorricho; Niels Bouten; Filip De Turck; Raouf BoutabaLink: DOI
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Resource Allocation in NFV: A Comprehensive Survey
Publication: TNSM 2016 (CCF-C; JCR-Q1)Authors: Juliver Gil Herrera; Juan Felipe BoteroLink: DOI
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Survey on Network Virtualization Hypervisors for Software Defined Networking
Publication: IEEE Communications Surveys & Tutorials 2016 (JCR-Q1)Authors: Andreas Blenk; Arsany Basta; Martin Reisslein; Wolfgang KellererLink: DOI
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Data Center Network Virtualization: A Survey
Publication: IEEE Communications Surveys & Tutorials 2013 (JCR-Q1)Authors: Md. Faizul Bari; Raouf Boutaba; Rafael Esteves; Lisandro Zambenedetti Granville; Maxim Podlesny; Md Golam Rabbani; Qi Zhang; Mohamed Faten ZhaniKeywords: Data center; Network virtualization; Virtual data center; Resource allocation; EmbeddingLink: DOI
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Virtual Network Embedding: A Survey
Publication: IEEE Communications Surveys & Tutorials 2013 (JCR-Q1)Authors: Andreas Fischer; Juan Felipe Botero; Michael Till Beck; Hermann de Meer; Xavier HesselbachLink: DOI
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Resource Discovery and Allocation in Network Virtualization
Publication: IEEE Communications Surveys & Tutorials 2012 (JCR-Q1)Authors: Abdeltouab Belbekkouche; Md. Mahmud Hasan; Ahmed KarmouchKeywords: Network virtualization; Resource discovery; Resource allocation; Virtual network embeddingLink: DOI
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Reliability-Enhanced Network Slicing for Time-Varying Software-Defined Space Information Network
Publication: TMC 2026 (CCF-A)Authors: Huiting Yang; Feng Wang; Wei Liu; Wenqiang Pu; Haibo Zhou; Tony Q. S. QuekKeywords: Software-defined space information network; Network slicing; Service function chain; Reliability; Time-varying topologyObjective: Service reliability +; Resource utilization +; Deployment cost -Link: DOI
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Analytical Modeling and Improvement of Interference-Coupled RAN Slicing
Publication: TMC 2024 (CCF-A)Authors: Seyed Ali Hashemian; Farid AshtianiKeywords: RAN slicing; Interference coupling; Analytical model; Resource isolationObjective: Resource efficiency +; Inter-slice interference -Link: DOI
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End-to-End Resource Slicing for Coexistence of eMBB and URLLC Services in 5G-Advanced/6G Networks
Publication: TMC 2024 (CCF-A)Authors: Shiva Kazemi Taskou; Mehdi Rasti; Ekram HossainKeywords: End-to-end slicing; eMBB; URLLC; 5G-Advanced; 6GObjective: eMBB throughput +; URLLC latency -; Reliability +Link: DOI
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Hierarchical Network Slicing for UAV-Assisted Wireless Networks With Deployment Optimization
Publication: JSAC 2024 (CCF-A)Authors: Fengsheng Wei; Gang Feng; Shuang Qin; Youkun Peng; Yijing LiuKeywords: Hierarchical network slicing; UAV deployment; Joint optimizationObjective: Slice utility +; UAV deployment cost -Link: DOI
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Constrained Network Slicing Games: Achieving Service Guarantees and Network Efficiency
Publication: TON 2023 (CCF-A)Authors: Jiaxiao Zheng; Albert Banchs; Gustavo de VecianaKeywords: Network slicing; Resource allocation; Constrained game; Service guarantee; Network efficiencyLink: arXiv, published version
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Network Slicing: Market Mechanism and Competitive Equilibria
Publication: INFOCOM 2023 (CCF-A)Authors: Panagiotis Promponas; Leandros TassiulasKeywords: Network slicing; Market mechanism; Competitive equilibrium; Resource allocation; AuctionLink: arXiv, published version
- A Latency-Driven Availability Assessment for Multi-Tenant Service Chains
Publication: TSC 2023 (CCF-A)Authors: Luigi De Simone; Mario Di Mauro; Roberto Natella; Fabio PostiglioneKeywords: Containerized network function; Service function chain; Multi-tenancy; Availability; LatencyLink: arXiv, published version
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Robust SFC Placement in Next Generation Multi-Domain IoT Networks Under Resource Demand Uncertainty
Publication: TMC 2026 (CCF-A)Authors: Chuangchuang Zhang; Qiang He; Fuliang Li; Xingwei Wang; Wei Qian; Junxin Chen; Kaifa Zheng; Ammar Hawbani; Keping YuKeywords: NFV; Service function chain; Multi-domain IoT; Robust optimization; Resource uncertaintyObjective: Placement cost -; Constraint violations -; Robustness +Link: DOI
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Quantum-Assisted Joint Virtual Network Function Deployment and Maximum Flow Routing for Space Information Networks
Publication: TMC 2025 (CCF-A)Authors: Yu Zhang; Yanmin Gong; Lei Fan; Yu Wang; Zhu Han; Yuanxiong GuoKeywords: NFV; Space information network; VNF deployment; Maximum-flow routing; Quantum optimizationObjective: Processed data +; Routing throughput +; Solution time -Link: arXiv, published version
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AoI-Aware Inference Services in Edge Computing via Digital Twin Network Slicing
Publication: TSC 2024 (CCF-A)Authors: Yuncan Zhang; Weifa Liang; Zichuan Xu; Wenzheng Xu; Min ChenKeywords: Digital twin; Network slicing; Edge inference; Online admission; Competitive analysisObjective: Expected cost -; Age of information -; Acceptance ratio +Link: DOI
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Cell-Free Massive MIMO in O-RAN: Energy-Aware Joint Orchestration of Cloud, Fronthaul, and Radio Resources
Publication: JSAC 2024 (CCF-A)Authors: Özlem Tuğfe Demir; Meysam Masoudi; Emil Björnson; Cicek CavdarKeywords: O-RAN; Cell-free massive MIMO; Cloud resources; Fronthaul; Joint orchestrationObjective: Energy consumption -Link: arXiv, published version
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Digital Twin-Assisted, SFC-Enabled Service Provisioning in Mobile Edge Computing
Publication: TMC 2024 (CCF-A)Authors: Jing Li; Song Guo; Weifa Liang; Quan Chen; Zichuan Xu; Wenzheng Xu; Albert Y. ZomayaKeywords: Deployment; Mobile; Edge; Integer Linear Program (ILP)Objective: Placement cost -; Latency -; Reliability +Link: DOI
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Neyman-Pearson Criterion Driven NFV-SDN Architectures and Optimal Resource-Allocations for Statistical-QoS Based mURLLC Over Next-Generation Metaverse Mobile Networks Using FBC
Publication: JSAC 2024 (CCF-A)Authors: Xi Zhang; Qixuan Zhu; H. Vincent PoorKeywords: NFV-SDN; Statistical QoS; mURLLC; Finite blocklength coding; Neyman-Pearson criterionObjective: Effective capacity +; QoS violation probability -Link: DOI
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Placement and Allocation of Virtual Network Functions: Multi-dimensional Case
Publication: TMC 2023 (CCF-A)Authors: Gamal Sallam; Zizhan Zheng; Bo JiKeywords: Deployment; Mobile; Edge; Relaxation; Multi-dimensional; Primal-dual techniqueObjective: Placement cost -; Latency -Link: DOI
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PlaceRAN: Optimal Placement of Virtualized Network Functions in Beyond 5G Radio Access Networks
Publication: TMC 2023 (CCF-A)Authors: Fernando Zanferrari Morais; Gabriel Matheus F. de Almeida; Leizer Pinto; Kleber Vieira Cardoso; Luis M. Contreras; Rodrigo da Rosa Righi; Cristiano Bonato BothKeywords: Deployment; Mobile; 5G Network; BILP (Binary Integer Linear Programming)Objective: Placement cost -; Latency -Link: DOI
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DetO-RAN: Dual-Timescale Resource Allocation for Flows in Deterministic Open RAN
Publication: TMC 2026 (CCF-A)Authors: Kai Qiao; Hao Xiong; Qinding Wang; Zihao Zhang; Hongchao Wang; Weiting Zhang; Dong YangKeywords: Deterministic O-RAN; Dual-timescale allocation; Flow scheduling; Radio resource management; QoSObjective: Schedulability +; Deadline violations -; Resource utilization +Link: DOI
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FairRIC: Real-Time Fair Allocation in O-RAN with Shared Computing
Publication: INFOCOM 2025 (CCF-A)Authors: Fatih Aslan; Jose A. Ayala-Romero; Andres Garcia-Saavedra; Xavier Costa-Perez; George IosifidisKeywords: O-RAN; Shared computing; Online convex optimization; Real-time allocation; Long-term fairnessObjective: Allocation fairness +; Energy consumption -; Decision time -Link: DOI
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Online Flow Scheduling in Virtualized Time-Sensitive Networks: A Joint Admission Control and VNF Embedding Approach
Publication: TMC 2025 (CCF-A)Authors: Yajing Zhang; Cailian Chen; Mingyan Li; Chaoqun You; Xinping Guan; Tony Q. S. QuekKeywords: Virtualized time-sensitive networking; Online scheduling; Admission control; VNF embedding; Deterministic latencyObjective: Acceptance ratio +; Deadline violations -; Resource utilization +Link: DOI
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Optimal Control for Distributed Wireless SDN: Theory and Architecture
Publication: TON 2025 (CCF-A)Authors: Quang Minh Nguyen; Eytan ModianoKeywords: Distributed wireless SDN; Max-weight control; Inter-domain scheduling; Delayed network state; Controller synchronizationObjective: Throughput +; Control delay -; Stability +Link: DOI
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ORANUS: Latency-Tailored Orchestration via Stochastic Network Calculus in 6G O-RAN
Publication: INFOCOM 2024 (CCF-A)Authors: Oscar Adamuz-Hinojosa; Lanfranco Zanzi; Vincenzo Sciancalepore; Andres Garcia-Saavedra; Xavier Costa-PérezKeywords: 6G O-RAN; Stochastic network calculus; Tail latency; OrchestrationObjective: Tail latency violations -; Resource utilization +Link: arXiv, published version
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A Fast Solver-Free Algorithm for Traffic Engineering in Large-Scale Data Center Network
Publication: NSDI 2026 (CCF-A)Authors: Yingming Mao; Qiaozhu Zhai; Ximeng Liu; Zhen Yao; Xia Zhu; Yuzhou ZhouKeywords: Data center network; Traffic engineering; Solver-free optimization; Split ratio; Maximum link utilizationObjective: Maximum link utilization -; Solver runtime -; Scalability +Link: arXiv, usenix.org
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An SFC-Constrained Max-Flow Solver for Satellite Networks Using Flexible Function-Time Expanded Graph
Publication: TMC 2026 (CCF-A)Authors: Peng Wang; Suman Sourav; Binbin Chen; Hongyan LiKeywords: Satellite network; Service function chain; Maximum flow; Function-time expanded graph; Joint compute-network resourcesObjective: Maximum flow +; Resource utilization +; Solver runtime -Link: DOI
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RRO: A Regularized Routing Optimization Algorithm for Enhanced Throughput and Low Latency With Efficient Complexity
Publication: JSAC 2025 (CCF-A)Authors: David Zenati; Tzalik Maimon; Kobi CohenKeywords: Routing optimization; Regularization; Wireless networks; Low-complexity controlObjective: Throughput +; Latency -; Computational complexity -Link: arXiv, published version
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Network-Aided Intelligent Traffic Steering in 6G O-RAN: A Multi-Layer Optimization Framework
Publication: JSAC 2024 (CCF-A)Authors: Van-Dinh Nguyen; Thang X. Vu; Nhan Thanh Nguyen; Dinh C. Nguyen; Markku Juntti; Nguyen Cong Luong; Dinh Thai Hoang; Diep N. Nguyen; Symeon ChatzinotasKeywords: 6G O-RAN; Traffic steering; Multi-layer optimization; Radio resource allocationObjective: Network utility +; Throughput +Link: arXiv, published version
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COIN: Cost-Efficient Traffic Engineering with Various Pricing Schemes in Clouds
Publication: INFOCOM 2023 (CCF-A)Authors: Gongming Zhao; Jingzhou Wang; Hongli Xu; Zhuolong Yu; Chunming QiaoKeywords: Cloud network; Inter-datacenter traffic; Traffic engineering; Pricing; Cost optimizationLink: DOI
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KPI Guarantees in Network Slicing
Publication: TON 2022 (CCF-A)Authors: Jorge Martín-Pérez; Francesco Malandrino; Carla Fabiana Chiasserini; Milan Groshev; Carlos J. BernardosKeywords: PerformanceLink: DOI
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End-to-End Delay Guaranteed SFC Deployment: A Multi-level Mapping Approach
Publication: arXiv 2021Authors: Fatemeh Yaghoubpour; Bahador Bakhshi; Fateme SeifiLink: arXiv
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Performance Modeling of Softwarized Network Services Based on Queuing Theory With Experimental Validation
Publication: TMC 2021 (CCF-A)Authors: Jonathan Prados-Garzon; Pablo Ameigeiras; Juan J. Ramos-Munoz; Jorge Navarro-Ortiz; Pilar Andres-Maldonado; Juan M. Lopez-SolerKeywords: PerformanceLink: DOI
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Contention-Aware Performance Prediction For Virtualized Network Functions
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On the Hardness and Inapproximability of Virtual Network Embeddings
Publication: TON 2020 (CCF-A)Authors: Matthias Rost; Stefan SchmidLink: DOI
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Routing via Functions in Virtual Networks: The Curse of Choices
Publication: TON 2019 (CCF-A)Authors: Thi-Minh Nguyen; André Girard; Catherine Rosenberg; Serge FdidaLink: DOI
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Failure Recovery for Network Slicing in Software-Defined Integrated Satellite-Terrestrial Networks
Publication: TMC 2026 (CCF-A)Authors: Huiting Yang; Shengyu Zhang; Wei Liu; Wenqiang Pu; Haibo Zhou; Zan Li; Tony Q. S. QuekKeywords: Network slicing; Software-defined satellite-terrestrial network; Failure recovery; VNF remapping; Dynamic topologyObjective: Recovery success +; Service interruption -; Recovery cost -Link: DOI
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Mixed Numerology-Based Intelligent Resource Management in a Sliced 6G Space–Terrestrial Integrated Radio Access Network
Publication: TMC 2025 (CCF-A)Authors: Ning Hui; Qian Sun; Jie Zeng; Lin Tian; Yuanyuan Wang; Yiqing ZhouKeywords: 6G slicing; Space-terrestrial RAN; Mixed numerology; Social group optimization; Inter-numerology interferenceObjective: System utility +; Inter-numerology interference -; Slice isolation +Link: DOI
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SAST-VNE: A Flexible Framework for Network Slicing in 6G Integrated Satellite-Terrestrial Networks
Publication: JSAC 2025 (CCF-A)Authors: Mario Minardi; Youssouf Drif; Thang X. Vu; Symeon ChatzinotasKeywords: Network slicing; Virtual network embedding; Satellite-terrestrial network; Traffic prioritization; MigrationObjective: Migration cost -; Network load -; Slice priority satisfaction +Link: DOI
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Dynamic Network Slice for Bursty Edge Traffic
Publication: TON 2024 (CCF-A)Authors: Rongxin Han; Jingyu Wang; Qi Qi; Dezhi Chen; Zirui Zhuang; Haifeng Sun; Xiaoyuan Fu; Jianxin Liao; Song GuoKeywords: Dynamic slicing; Bursty traffic; Edge network; Elastic resource provisioningObjective: Resource utilization +; QoS violations -Link: DOI
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Information-Aware Driven Dynamic LEO-RAN Slicing Algorithm Joint With Communication, Computing, and Caching
Publication: JSAC 2024 (CCF-A)Authors: Geng Chen; Shuhu Qi; Fei Shen; Qingtian Zeng; Yu-Dong ZhangKeywords: LEO-RAN; Dynamic slicing; Communication-computing-caching; Information-aware schedulingObjective: Service utility +; Latency -Link: DOI
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Maximize the Long-Term Average Revenue of Network Slice Provider via Admission Control Among Heterogeneous Slices
Publication: TON 2024 (CCF-A)Authors: Miao Dai; Gang Sun; Hongfang Yu; Dusit NiyatoKeywords: Network slicing; Admission control; Heterogeneous slices; Auction mechanismObjective: Provider revenue +; Admission fairness +Link: arXiv, published version
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SEM-O-RAN: Semantic and Flexible O-RAN Slicing for NextG Edge-Assisted Mobile Systems
Publication: INFOCOM 2023 (CCF-A)Authors: Corrado Puligheddu; Jonathan Ashdown; Carla Fabiana Chiasserini; Francesco RestucciaKeywords: O-RAN; Network slicing; Edge-assisted AI; Semantic compression; Resource allocationLink: arXiv, published version
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An Agile and Distributed Mechanism for Inter-Domain Network Slicing in Next Generation Mobile Networks
Publication: TMC 2022 (CCF-A)Authors: Jalal Khamse-Ashari; Gamini Senarath; Irem Bor-Yaliniz; Halim YanikomerogluKeywords: Slicing; Distributed; Mobile NetworkObjective: Privacy-saving +Link: DOI
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Toward Enabling Network Slice Mobility to Support 6G System
Publication: TWC 2022 (CCF-B)Authors: Miloud Bagaa; Diego Leonel Cadette Dutra; Tarik Taleb; Hannu FlinckKeywords: Slicing; 6G; Multiobjective OptimizationObjective: Delay -Link: DOI
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An Efficient Linear Programming Rounding-and-Refinement Algorithm for Large-Scale Network Slicing Problem
Publication: ICASSP 2021 (CCF-B)Authors: Wei-Kun Chen; Ya-Feng Liu; Yu-Hong Dai; Zhi-Quan LuoKeywords: Slicing; Large-Scale; Linear Programming; Rounding-and-RefinementLink: DOI
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Coordinated 5G Network Slicing: How Constructive Interference Can Boost Network Throughput
Publication: TON 2021 (CCF-A)Authors: Salvatore D'Oro; Leonardo Bonati; Francesco Restuccia; Tommaso MelodiaKeywords: Slicing; Radio access network (RAN)Link: DOI
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LACO: A Latency-Driven Network Slicing Orchestration in Beyond-5G Networks
Publication: TWC 2021 (CCF-B)Authors: Lanfranco Zanzi; Vincenzo Sciancalepore; Andres Garcia-Saavedra; Hans Dieter Schotten; Xavier Costa-PérezKeywords: Slicing; Orchestration; Multi-armed-bandit-based (MAB)Objective: Delay -Link: arXiv, published version
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A Coverage-Aware Resource Provisioning Method for Network Slicing
Publication: TON 2020 (CCF-A)Authors: Quang-Trung Luu; Sylvaine Kerboeuf; Alexandre Mouradian; Michel KiefferKeywords: SlicingLink: DOI
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End-to-end network slicing for future wireless in multi-region cloud platforms
Publication: CN 2020 (CCF-B)Authors: Simona Marinova; Thomas Lin; Hadi Bannazadeh; Alberto Leon-GarciaKeywords: Slicing; Multi-domain; E2E (End-to-end); network slicingLink: DOI
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Multiservice-Based Network Slicing Orchestration With Impatient Tenants
Publication: TWC 2020 (CCF-B)Authors: Bin Han; Vincenzo Sciancalepore; Xavier Costa-Pérez; Di Feng; Hans D. SchottenKeywords: Slicing; Orchestration; ChainingObjective: Delay -Link: DOI
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Optimization Model for Cross-Domain Network Slices in 5G Networks
Publication: TMC 2020 (CCF-A)Authors: Rami Akrem Addad; Miloud Bagaa; Tarik Taleb; Diego Leonel Cadette Dutra; Hannu FlinckKeywords: Slicing; Multi-domainObjective: Placement cost -; Latency -Link: DOI
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Multi-Tenant Radio Access Network Slicing: Statistical Multiplexing of Spatial Loads
Publication: TON 2017 (CCF-A)Authors: Pablo Caballero; Albert Banchs; Gustavo de Veciana; Xavier Costa-PérezKeywords: SlicingObjective: Cost -Link: DOI
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SDN-Based Service Function Chaining in Integrated Terrestrial and LEO Satellite-Based Space Internet
Publication: JSAC 2025 (CCF-A)Authors: Gao Zheng; Ning Wang; Peng Qian; David Griffin; Regius Rahim TafazolliKeywords: SDN; NFV; Service function chaining; LEO satellite; Geosynchronous orchestrationObjective: Routing recalculation overhead -; Data-plane performance +; Control-plane performance +Link: DOI
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A Practical Near Optimal Deployment of Service Function Chains in Edge-to-Cloud Networks
Publication: INFOCOM 2024 (CCF-A)Authors: Rasoul Behravesh; David Breitgand; Dean H. Lorenz; Danny RazKeywords: Service function chain; Edge-to-cloud; Near-optimal deploymentObjective: Deployment cost -; Latency -Link: arXiv, published version
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FlexNF: Flexible Network Function Orchestration for Scalable On-Path Service Chain Serving
Publication: TON 2024 (CCF-A)Authors: Jingyu Xiao; Xudong Zuo; Qing Li; Dan Zhao; Hanyu Zhao; Yong Jiang; Jiyong Sun; Bin Chen; Yong Liang; Jie LiKeywords: Network function orchestration; Service chaining; On-path serving; Programmable data planeObjective: Throughput +; Scalability +Link: DOI
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QoS and Resource-Aware Security Orchestration and Life Cycle Management
Publication: TMC 2022 (CCF-A)Authors: Miloud Bagaa; Tarik Taleb; Jorge Bernal Bernabe; Antonio SkarmetaKeywords: Chaining; Life Cycle Management; SecurityObjective: Cost -; delay -Link: DOI
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Slicing-based Reliable Resource Orchestration for Secure Software Defined Edge-Cloud Computing Systems
Publication: IoTJ 2022 (CCF-C; JCR-Q1)Authors: Jianhang Tang; Jiangtian Nie; Zehui Xiong; Jun Zhao; Yang Zhang; Dusit NiyatoKeywords: Chaining; IoT; Network SliceObjective: Placement cost -; Latency -Link: DOI
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A Scalable Stateful Approach for Virtual Security Functions Orchestration
Publication: TPDS 2021 (CCF-A)Authors: Niloofar Moradi; Alireza Shameli-Sendi; Alireza KhajoueiKeywords: Chaining; ScalableObjective: Cost -Link: DOI
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Combined Stateful Classification and Session Splicing for High-Speed NFV Service Chaining
Publication: TON 2021 (CCF-A)Authors: Tom Barbette; Cyril Soldani; Laurent MathyKeywords: Chaining; High-SpeedObjective: Speed +Link: DOI
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FlexNF: Flexible Network Function Orchestration on the Programmable Data Plane
Publication: IWQoS 2021 (CCF-B)Authors: Hanyu Zhao; Qing Li; Jingpu Duan; Yong Jiang; Kai LiuKeywords: Chaining; Programmable Data PlaneObjective: Acceptance rate +Link: DOI
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Leveraging Network Functions Virtualization Orchestrators to Achieve Software-Defined Access Control in the Clouds
Publication: TDSC 2021 (CCF-A)Authors: Montida Pattaranantakul; Ruan He; Zonghua Zhang; Ahmed Meddahi; Ping WangKeywords: Chaining; SecurityObjective: Throughput +Link: DOI
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Log Management in NFV Service Orchestration
Publication: SECON 2021 (CCF-B)Authors: Engin Zeydan; Jorge Baranda; Josep Mangues-Bafalluy; Ricardo Martínez; Luca VettoriKeywords: Chaining; LogObjective: LogLink: DOI
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On Cross-domain Service Function Chain orchestration: An architectural framework
Publication: CN 2021 (CCF-B)Authors: Nassima Toumi; Olivier Bernier; Djamal-Eddine Meddour; Adlen KsentiniKeywords: Chaining; Multi-domainObjective: FrameworkLink: DOI
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Toward a Real Deployment of Network Services Orchestration and Configuration Convergence Framework for 5G Network Slices
Publication: IEEE Network 2021 (JCR-Q1)Authors: Ibrahim Afolabi; Miloud Bagaa; Walid Boumezer; Tarik TalebKeywords: Chaining; Deployment; Joint; Network Slice; DistributedObjective: FrameworkLink: DOI
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Toward Optimal Partial Parallelization for Service Function Chaining
Publication: TON 2021 (CCF-A)Authors: I-Chieh Lin; Yu-Hsuan Yeh; Kate Ching-Ju LinKeywords: Chaining; ParallelizationObjective: Latency -; Parallelization +Link: DOI
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Dynamic Resource Provisioning of a Scalable E2E Network Slicing Orchestration System
Publication: TMC 2020 (CCF-A)Authors: Ibrahim Afolabi; Jonathan Prados-Garzon; Miloud Bagaa; Tarik Taleb; Pablo AmeigeirasKeywords: Chaining; DynamicLink: DOI
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pSMART: A lightweight, privacy-aware service function chain orchestration in multi-domain NFV/SDN
Publication: CN 2020 (CCF-B)Authors: Kalpana D. Joshi; Kotaro KataokaKeywords: Chaining; Multi-domain; PrivacyObjective: Utilize less sensitive information; to reduce privacy and security risksLink: DOI
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Towards Latency Optimization in Hybrid Service Function Chain Composition and Embedding
Publication: INFOCOM 2020 (CCF-A)Authors: Danyang Zheng; Chengzong Peng; Xueting Liao; Ling Tian; Guangchun Luo; Xiaojun CaoKeywords: Chaining; Deployment; HSFCE (Hybrid SFC composition and Embedding); Latency-aware; Betweenness CentralityObjective: LatencyLink: DOI
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Enabling Heterogeneous Network Function Chaining
Publication: TPDS 2019 (CCF-A)Authors: Lin Cui; Fung Po Tso; Song Guo; Weijia Jia; Kaimin Wei; Wei ZhaoKeywords: Chaining; HeterogeneousObjective: Cost -Link: DOI
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VirtualEdge: Multi-Domain Resource Orchestration and Virtualization in Cellular Edge Computing
Publication: ICDCS 2019 (CCF-B)Authors: Qiang Liu; Tao HanKeywords: Chaining; Deployment; Multi-DomainObjective: Placement cost -Link: DOI
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PAAP: A Graph-Based VNF Deployment Framework for Embedding Bidirectional SFC in Mobile Edge Networks
Publication: TMC 2026 (CCF-A)Authors: Yuhao Xie; Dehui Ou; Zhen Zhang; Yuhui Deng; Geyong Min; Lin Cui; Zhijie WangKeywords: Bidirectional service function chain; VNF deployment; Mobile edge network; Graph embedding; User mobilityObjective: Resource utilization +; Embedding cost -; Service latency -Link: DOI
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VMR-STAG Based Online SFC Orchestration in Space-Terrestrial Integrated Networks
Publication: TMC 2026 (CCF-A)Authors: Yepeng Liu; Ran Zhang; Jiang Liu; Ninghan Sun; Xinyuan ZhangKeywords: Space-terrestrial integrated network; Online SFC orchestration; Time-aggregated graph; Dynamic topology; Multi-resource storageObjective: Acceptance ratio +; Blocking rate -; Resource utilization +Link: DOI
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AoRA: AI-on-RAN for Backhaul-free Edge Inference
Publication: SIGCOMM 2025 (CCF-A)Authors: Siyavushkhon Kholmatov; Seongsik Cho; Kyunghan Lee; Song ChongKeywords: AI-on-RAN; Edge inference; RAN compute; Accelerator sharing; Backhaul-free executionObjective: Inference latency -; RAN resource utilization +; Backhaul traffic -Link: DOI
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GreenRAN: A Channel-Aware Green O-RAN Framework for NextG Mobile Systems
Publication: INFOCOM 2025 (CCF-A)Authors: Chaoqun You; Xingqiu He; Yao Sun; Gang Feng; Tony Q. S. QuekKeywords: O-RAN; Radio unit sleep control; CU-DU placement; Workload consolidation; Channel-aware schedulingObjective: Power consumption -; QoS violations -; Resource utilization +Link: DOI
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Joint Dynamic VNF Placement and Delay and Jitter Aware Multicast Routing in NFV-Enabled SDNs
Publication: TMC 2025 (CCF-A)Authors: Liang Liu; Siyuan Tan; Songtao Guo; Guiyan Liu; Hao FengKeywords: NFV-enabled SDN; Dynamic VNF placement; Multicast routing; Service function tree; Delay and jitterObjective: End-to-end delay -; Jitter -; Routing cost -Link: DOI
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O-RAN Intelligence Orchestration Framework for Quality-Driven xApp Deployment and Sharing
Publication: TMC 2025 (CCF-A)Authors: Federico Mungari; Corrado Puligheddu; Andres Garcia-Saavedra; Carla Fabiana ChiasseriniKeywords: O-RAN; xApp orchestration; xApp sharing; Multi-layer graph; Energy-aware deploymentObjective: Deployed services +; Energy consumption -; Resource sharing +Link: DOI
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Provable Approximation Algorithms for Online Traffic-Sensitive SFC Deployment
Publication: TON 2025 (CCF-A)Authors: Yingling Mao; Xiaojun Shang; Yuanyuan YangKeywords: NFV; Online SFC deployment; Traffic-sensitive placement; Flow routing; Approximation algorithmObjective: Resource cost -; Network latency -; Competitive ratio +Link: DOI
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Provably Efficient Service Function Chain Embedding and Protection in Edge Networks
Publication: TON 2025 (CCF-A)Authors: Danyang Zheng; Xiaojun CaoKeywords: Service function chain; Edge network; Reliable embedding; Backup path; Approximation algorithmObjective: Resource consumption -; Reliability +; Embedding cost -Link: DOI
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Service Function Chain Deployment With VNF-Dependent Software Migration in Multi-Domain Networks
Publication: TMC 2025 (CCF-A)Authors: Yuhan Zhang; Ran Wang; Jie Hao; Qiang Wu; Yidan Teng; Ping Wang; Dusit NiyatoKeywords: Service function chain; VNF migration; Multi-domain network; SDN; NFVObjective: Deployment cost -; Migration overhead -; End-to-end latency -Link: DOI
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Small-scale LEO Satellite Networking for Global-scale Demands
Publication: SIGCOMM 2025 (CCF-A)Authors: Yuanjie Li; Yimei Chen; Jiabo Yang; Jinyao Zhang; Bowen Sun; Lixin Liu; Hewu Li; Jianping Wu; Zeqi Lai; Qian Wu; Jun LiuKeywords: LEO satellite network; Software-defined networking; Supply-demand matching; Constellation design; Network orchestrationObjective: Constellation size -; Demand coverage +; Capital cost -Link: DOI
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SPAVM: A SFC Placement and VNF Migration Framework for VNF Instance Reuse in Vehicle-Infrastructure Collaboration
Publication: TSC 2025 (CCF-A)Authors: Shihong Hu; Kaixin Zhang; Zhihao Qu; Baoliu YeKeywords: Service function chain; VNF migration; VNF instance reuse; Vehicular edge network; Vehicle-infrastructure collaborationObjective: Delay -; Operating cost -; VNF reuse +Link: DOI
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Adaptive Network Management Service Based on Control Relation Graph for Software-Defined LEO Satellite Networks in 6G
Publication: TSC 2024 (CCF-A)Authors: Long Chen; Feilong Tang; Xu Li; Jiacheng Liu; Yanmin Zhu; Jiadi YuKeywords: Software-defined LEO satellite network; Controller placement; Controller assignment; Control relation graphObjective: Management cost -; Control latency -; Load imbalance -Link: DOI
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CloudRIC: Open Radio Access Network (O-RAN) Virtualization with Shared Heterogeneous Computing
Publication: MobiCom 2024 (CCF-A)Authors: Leonardo Lo Schiavo; Gines Garcia-Aviles; Andres Garcia-Saavedra; Marco Gramaglia; Marco Fiore; Albert Banchs; Xavier Costa-PerezKeywords: O-RAN; Virtualized RAN; Heterogeneous computing; GPU sharing; O-CloudObjective: Resource utilization +; Deadline violations -Link: DOI
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Efficient Deployment of Partial Parallelized Service Function Chains in CPU+DPU-Based Heterogeneous NFV Platforms
Publication: TMC 2024 (CCF-A)Authors: Ran Wang; Xue Yu; Qiang Wu; Changyan Yi; Ping Wang; Dusit NiyatoKeywords: Partial parallelization; Service function chain; CPU; DPU; Heterogeneous NFVObjective: Deployment cost -; End-to-end delay -Link: DOI
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Ant Colony based Online Learning Algorithm for Service Function Chain Deployment
Publication: INFOCOM 2023 (CCF-A)Authors: Yingling Mao; Xiaojun Shang; Yuanyuan YangKeywords: Service function chain; Online deployment; Ant colony optimization; Resource allocationLink: DOI
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ClickINC: In-network Computing as a Service in Heterogeneous Programmable Data-center Networks
Publication: SIGCOMM 2023 (CCF-A)Authors: Wenquan Xu; Zijian Zhang; Yong Feng; Haoyu Song; Zhikang Chen; Wenfei Wu; Guyue Liu; Yinchao Zhang; Shuxin Liu; Zerui Tian; Bin LiuKeywords: In-network computing; Programmable network; Program deployment; Program placement; Heterogeneous devicesLink: arXiv, published version
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Collaborative Orchestration of Multi-Domain Edges From a Connected, Cooperative and Automated Mobility (CCAM) Perspective
Publication: TMC 2023 (CCF-A)Authors: Nina Slamnik-Kriještorac; Girma M. Yilma; Marco Liebsch; F. Zarrar Yousaf; Johann M. Marquez-BarjaKeywords: 5G; NFV; Multi-domain edge; Collaborative orchestration; Service deploymentLink: DOI
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Compiling Service Function Chains via Fine-Grained Composition in the Programmable Data Plane
Publication: TSC 2023 (CCF-A)Authors: Xiaoquan Zhang; Lin Cui; Fung Po Tso; Weijia JiaKeywords: Service function chain; Programmable data plane; Fine-grained composition; Program placement; Resource constraintsLink: DOI
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Energy-Aware Service Function Chaining Embedding in NFV Networks
Publication: TSC 2023 (CCF-A)Authors: Rongping Lin; Liu He; Shan Luo; Moshe ZukermanKeywords: NFV; Service function chain; Energy-aware embedding; Hierarchical resource allocationLink: DOI
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Exploring the Impact of Critical Programmability on Controller Placement for Software-Defined Wide Area Networks
Publication: TON 2023 (CCF-A)Authors: Songshi Dou; Li Qi; Chao Yao; Zehua GuoKeywords: Software-defined WAN; Controller placement; Critical programmability; Control planeLink: DOI
Earlier papers (101)
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Flexible Offloading of Service Function Chains to Programmable Switches
Publication: TSC 2023 (CCF-A)Authors: Junte Ma; Sihao Xie; Jin ZhaoKeywords: Service function chain; Programmable switch; Offloading; Programmable data planeLink: DOI
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In-network Placement of Reusable Computing Tasks in an SDN-based Network Edge
Publication: TMC 2023 (CCF-A)Authors: Marica Amadeo; Claudia Campolo; Gianmarco Lia; Antonella Molinaro; Giuseppe RuggeriKeywords: Software-defined networking; Edge computing; In-network computing; Task placement; Compute reuseLink: DOI
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Optimized Controller Provisioning in Software-Defined LEO Satellite Networks
Publication: TMC 2023 (CCF-A)Authors: Xu Li; Feilong Tang; Luoyi Fu; Jiadi Yu; Long Chen; Jiacheng Liu; Yanmin Zhu; Laurence T. YangKeywords: Software-defined satellite network; LEO; Controller provisioning; Controller placement; Online optimizationLink: DOI
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RED: Distributed Program Deployment for Resource-aware Programmable Switches
Publication: INFOCOM 2023 (CCF-A)Authors: Xingxin Jia; Fuliang Li; Songlin Chen; Chengxi Gao; Pengfei Wang; Xingwei WangKeywords: Programmable switch; Distributed program deployment; Resource awareness; In-network computingLink: DOI
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Revenue Maximizing Online Service Function Chain Deployment in Multi-Tier Computing Network
Publication: TPDS 2023 (CCF-A)Authors: Haolin Liu; Saiqin Long; Zhetao Li; Yu Fu; Yong Zuo; Xinglin ZhangKeywords: Service function chain; Multi-tier computing; Online deployment; Revenue maximization; Resource allocationLink: DOI
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RQAP: Resource and QoS Aware Placement of Service Function Chains in NFV-Enabled Networks
Publication: TSC 2023 (CCF-A)Authors: Haojun Huang; Jialin Tian; Hao Yin; Geyong Min; Dapeng Wu; Wang MiaoKeywords: NFV; Service function chain; Resource-aware placement; QoS-aware placementLink: DOI
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SFT-Box: An Online Approach for Minimizing the Embedding Cost of Multiple Hybrid SFCs
Publication: TON 2023 (CCF-A)Authors: Xu Lin; Deke Guo; Yulong Shen; Guoming Tang; Bangbang Ren; Ming XuKeywords: Deployment; Online algorithmObjective: Placement cost -Link: DOI
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Space Information Network With Joint Virtual Network Function Deployment and Flow Routing Strategy With QoS Constraints
Publication: JSAC 2023 (CCF-A)Authors: Huiting Yang; Wei Liu; Jiandong Li; Tony Q. S. QuekKeywords: Space information network; Virtual network function; Joint deployment and routing; QoSLink: DOI
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CoShare: An Efficient Approach for Redundancy Allocation in NFV
Publication: TON 2022 (CCF-A)Authors: Yordanos Tibebu Woldeyohannes; Besmir Tola; Yuming Jiang; K. K. RamakrishnanKeywords: Deployment; Redundancy Allocation; ReliabilityObjective: Reliability -Link: DOI
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Delay and Reliability-Constrained VNF Placement on Mobile and Volatile 5G Infrastructure
Publication: TMC 2022 (CCF-A)Authors: Balázs Németh; Nuria Molner; Jorge Martín-Pérez; Carlos J. Bernardos; Antonio de la Oliva; Balázs SonkolyKeywords: Deployment; Mobile; 5G NetworkObjective: Placement cost -; Reliability -; Latency -Link: DOI
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Energy and Cost Efficient Resource Allocation for Blockchain-Enabled NFV
Publication: TSC 2022 (CCF-A)Authors: Shiva Kazemi Taskou; Mehdi Rasti; Pedro H. J. NardelliKeywords: Deployment; Blockchain-Enabled; HuRA (Hungarian-based Resource Allocation)Objective: Energy consumption -; Placement cost -Link: arXiv, published version
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Latency and Mobility-Aware Service Function Chain Placement in 5G Networks
Publication: TMC 2022 (CCF-A)Authors: Davit Harutyunyan; Nashid Shahriar; Raouf Boutaba; Roberto RiggioKeywords: Deployment; Latency; Mobility; Edge computingObjective: Latency -; Placement cost -; Energy consumption -; QoS +Link: DOI
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Maximum Flow Routing Strategy for Space Information Network With Service Function Constraints
Publication: TWC 2022 (CCF-B)Authors: Huiting Yang; Wei Liu; Hongyan Li; Jiandong LiKeywords: Deployment; Commodity maximum flowObjective: Placement cost -Link: DOI
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Multi-Resource VNF Deployment in a Heterogeneous Cloud
Publication: TC 2022 (CCF-A)Authors: Jiaqi Zheng; Zixuan Zhang; Qiufang Ma; Xiaofeng Gao; Chen Tian; Guihai ChenKeywords: Deployment; Multi-Resource; Heterogeneous CloudObjective: Placement cost -Link: DOI
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Online Reliability-Enhanced Virtual Network Services Provisioning in Fault-Prone Mobile Edge Cloud
Publication: TWC 2022 (CCF-B)Authors: Yu Qiu; Junbin Liang; Victor C. M. Leung; Xu Wu; Xia DengKeywords: Deployment; Reliability; approximation algorithmObjective: Placement cost -; Throughput +; Reliability +Link: DOI
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Online Service Function Chain Placement for Cost-effectiveness and Network Congestion Control
Publication: TC 2022 (CCF-A)Authors: Xiaojun Shang; Zhenhua Liu; Yuanyuan YangKeywords: Deployment; Routing; Online candidate path selection (OCPS)Objective: Latency -; Placement cost -Link: DOI
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Optimal Embedding of Aggregated Service Function Tree
Publication: TPDS 2022 (CCF-A)Authors: Deke Guo; Bangbang Ren; Guoming Tang; Lailong Luo; Tao Chen; Xiaoming FuKeywords: Deployment; aggregated service function tree; approximation algorithmObjective: Placement cost -Link: DOI
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Pricing and Resource Allocation Optimization for IoT Fog Computing and NFV: An EPEC and Matching Based Perspective
Publication: TMC 2022 (CCF-A)Authors: Neetu Raveendran; Huaqing Zhang; Lingyang Song; Li-Chun Wang; Choong Seon Hong; Zhu HanKeywords: Deployment; PricingObjective: Placement cost -Link: DOI
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Profit-aware Edge Server Placement
Publication: IoTJ 2022 (CCF-C; JCR-Q1)Authors: Yuanzhe Li; Ao Zhou; Xiao Ma; Shangguang WangKeywords: Deployment; EdgeObjective: Energy consumption -; Latency -Link: DOI
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Reducing the Service Function Chain Backup Cost Over the Edge and Cloud by a Self-Adapting Scheme
Publication: TMC 2022 (CCF-A)Authors: Xiaojun Shang; Yaodong Huang; Zhenhua Liu; Yuanyuan YangKeywords: Deployment; Edge; Cloud; Reliability; BackupObjective: Placement cost -; Reliability +; Latency -Link: DOI
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Request Reliability Augmentation with Service Function Chain Requirements in Mobile Edge Computing
Publication: TMC 2022 (CCF-A)Authors: Weifa Liang; Yu Ma; Wenzheng Xu; Zichuan Xu; Xiaohua Jia; Wanlei ZhouKeywords: Deployment; ReliabilityObjective: Reliability +Link: DOI
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A novel evaluation function for higher acceptance rates and more profitable metaheuristic-based online virtual network embedding
Publication: CN 2021 (CCF-B)Authors: Christian Aguilar-Fuster; Javier Rubio-LoyolaKeywords: Deployment; VNE; Evaluation functions; Fitness landscapeObjective: Revenue-to-cost ratio +Link: DOI
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Delay-Aware Virtual Network Function Placement and Routing in Edge Clouds
Publication: TMC 2021 (CCF-A)Authors: Song Yang; Fan Li; Stojan Trajanovski; Xu Chen; Yu Wang; Xiaoming FuKeywords: Deployment; LatencyObjective: Latency -Link: DOI
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Distributed Virtual Network Embedding System With Historical Archives and Set-Based Particle Swarm Optimization
Publication: TSMC 2021 (CCF-B; JCR-Q1)Authors: An Song; Wei-Neng Chen; Tianlong Gu; Huaqiang Yuan; Sam Kwong; Jun ZhangKeywords: Deployment; Distributed; Particle Swarm Optimization (PSO)Objective: Acceptance rate +Link: DOI
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Dynamic Network Function Provisioning to Enable Network in Box for Industrial Applications
Publication: TII 2021 (CCF-C; JCR-Q1)Authors: Gang Sun; Zhu Xu; Hongfang Yu; Victor ChangKeywords: Deployment; Path SelectionObjective: Cost -Link: DOI
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Dynamic VNF Placement, Resource Allocation and Traffic Routing in 5G
Publication: CN 2021 (CCF-B)Authors: Morteza Golkarifard; Carla Fabiana Chiasserini; Francesco Malandrino; Ali MovagharKeywords: Deployment; RoutingObjective: Placement cost -Link: arXiv, published version
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Efficient Virtual Network Embedding of Cloud-Based Data Center Networks into Optical Networks
Publication: TPDS 2021 (CCF-A)Authors: Weibei Fan; Fu Xiao; Xiaobai Chen; Lei Cui; Shui YuKeywords: Deployment; Optical Networks; Integer Linear Programming (ILP)Objective: Placement cost -Link: DOI
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Energy-Aware Service Function Chain Embedding in Edge–Cloud Environments for IoT Applications
Publication: IoTJ 2021 (CCF-C; JCR-Q1)Authors: Nguyen Huu Thanh; Nguyen Trung Kien; Ngo Van Hoa; Truong Thu Huong; Florian Wamser; Tobias HossfeldKeywords: Deployment; IoT; Edge; EnergyObjective: Energy consumption -; Latency -Link: DOI
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Incremental Server Deployment for Software-Defined NFV-Enabled Networks
Publication: TON 2021 (CCF-A)Authors: Jianchun Liu; Hongli Xu; Gongming Zhao; Chen Qian; Xingpeng Fan; Xuwei Yang; He HuangKeywords: Incremental Server DeploymentObjective: Cost -Link: DOI
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Joint Placement and Allocation of VNF Nodes With Budget and Capacity Constraints
Publication: TON 2021 (CCF-A)Authors: Gamal Sallam; Bo JiKeywords: Deployment; RelaxationObjective: Cost -Link: arXiv, published version
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Joint SFC Deployment and Resource Management in Heterogeneous Edge for Latency Minimization
Publication: TPDS 2021 (CCF-A)Authors: Yu Liu; Xiaojun Shang; Yuanyuan YangKeywords: Deployment; Scheduling; Joint; Heterogeneous; Edge; LatencyObjective: Placement cost -; Latency -Link: DOI
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Joint Virtual Network Topology Design and Embedding for Cybertwin-Enabled 6G Core Networks
Publication: IoTJ 2021 (CCF-C; JCR-Q1)Authors: Junling Li; Weisen Shi; Qiang Ye; Shan Zhang; Weihua Zhuang; Xuemin ShenKeywords: Deployment; Joint; LatencyObjective: Placement cost -Link: DOI
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Latency-Sensitive Edge/Cloud Serverless Dynamic Deployment Over Telemetry-Based Packet-Optical Network
Publication: JSAC 2021 (CCF-A)Authors: István Pelle; Francesco Paolucci; Balázs Sonkoly; Filippo CuginiKeywords: Deployment; Latency; Optical NetworkObjective: Placement cost -; Latency -Link: DOI
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Online Adaptive Interference-Aware VNF Deployment and Migration for 5G Network Slice
Publication: TON 2021 (CCF-A)Authors: Qixia Zhang; Fangming Liu; Chaobing ZengKeywords: Deployment; Scheduling; JointObjective: Acceptance rate +; Migration cost -Link: DOI
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Optimal Virtual Network Embeddings for Tree Topologies
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Prioritized Deployment of Dynamic Service Function Chains
Publication: TON 2021 (CCF-A)Authors: Behrooz Farkiani; Bahador Bakhshi; S. Ali MirHassani; Tim Wauters; Bruno Volckaert; Filip De TurckKeywords: Deployment; PrioritizedObjective: Latency -; Placement cost -Link: DOI
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Reliable Placement of Service Function Chains and Virtual Monitoring Functions With Minimal Cost in Softwarized 5G Networks
Publication: TNSM 2021 (CCF-C; JCR-Q1)Authors: Prabhu Kaliyammal Thiruvasagam; Abhishek Chakraborty; Abin Mathew; C. Siva Ram MurthyKeywords: Deployment; VNE; Optical Network; Data CenterObjective: Reduce complexity of the network topology by using the parallel transmission characteristics of optical fiberLink: DOI
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Service Placement and Request Scheduling for Data-Intensive Applications in Edge Clouds
Publication: TON 2021 (CCF-A)Authors: Vajiheh Farhadi; Fidan Mehmeti; Ting He; Thomas F. La Porta; Hana Khamfroush; Shiqiang Wang; Kevin S. Chan; Konstantinos PoularakisKeywords: Deployment; Scheduling; Joint; Mobile Edge; Mobile Edge ComputingObjective: Acceptance rate +; Migration cost -; Cost -Link: DOI, related DOI
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Sova: A Software-Defined Autonomic Framework for Virtual Network Allocations
Publication: TPDS 2021 (CCF-A)Authors: Zhiyong Ye; Yang Wang; Shuibing He; Chengzhong Xu; Xian-He SunKeywords: Deployment; VNFM; SDNObjective: Optimize the network allocation between different services by coordinating virtual dynamic SR-IOV and virtual machine live migration in autonomic wayLink: DOI
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Virtual Network Function Allocation in Service Function Chains Using Backups With Availability Schedule
Publication: TNSM 2021 (CCF-C; JCR-Q1)Authors: Rui Kang; Fujun He; Eiji OkiKeywords: Deployment; Availability Schedule; ReliabilityObjective: Reliability +Link: DOI
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VNF-Based Service Provision in Software Defined LEO Satellite Networks
Publication: TWC 2021 (CCF-B)Authors: Ziye Jia; Min Sheng; Jiandong Li; Di Zhou; Zhu HanKeywords: Deployment; Branch-and-price; Beam searchObjective: Placement cost -Link: DOI
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A Constructive Particle Swarm Optimizer for Virtual Network Embedding
Publication: TNSE 2020 (JCR-Q1)Authors: An Song; Wei-Neng Chen; Tianlong Gu; Huaxiang Zhang; Jun ZhangKeywords: Deployment; CPSO (Constructive Particle Swarm Optimizer)Objective: Placement cost -Link: DOI
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A Virtual Network Customization Framework for Multicast Services in NFV-Enabled Core Networks
Publication: JSAC 2020 (CCF-A)Authors: Omar Alhussein; Phu Thinh Do; Qiang Ye; Junling Li; Weisen Shi; Weihua Zhuang; Xuemin Shen; Xu Li; Jaya RaoKeywords: Deployment; Multipath routing; JointObjective: Acceptance rate +; Placement cost -Link: DOI
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An Online Algorithm for VNF Service Chain Scaling in Datacenters
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Approximation algorithms for data-intensive service chain embedding
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Clustered Virtualized Network Functions Resource Allocation based on Context-Aware Grouping in 5G Edge Networks
Publication: TMC 2020 (CCF-A)Authors: Sooeun Song; Changsung Lee; Hyoungjun Cho; Goeun Lim; Jong-Moon ChungKeywords: Deployment; Latency; Mobility; Edge computingObjective: Mobility +Link: DOI
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Congestion-Aware and Energy-Aware Virtual Network Embedding
Publication: TON 2020 (CCF-A)Authors: Minh Pham; Doan B. Hoang; Zenon ChaczkoKeywords: Deployment; relaxed LP (linear Program); Congestion; Energy; SR (Segment Routing)Objective: Placement cost -; Energy Consumption -; Network congestion -Link: DOI
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Cost-Efficient VNF Placement and Scheduling in Public Cloud Networks
Publication: TCOM 2020 (CCF-B)Authors: Tao Gao; Xin Li; Yu Wu; Weixia Zou; Shanguo Huang; Massimo Tornatore; Biswanath MukherjeeKeywords: Deployment; Scheduling; Cost Efficiency; Public CloudLink: DOI
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Efficient Algorithms for Delay-Aware NFV-Enabled Multicasting in Mobile Edge Clouds With Resource Sharing
Publication: TPDS 2020 (CCF-A)Authors: Haozhe Ren; Zichuan Xu; Weifa Liang; Qiufen Xia; Pan Zhou; Omer F. Rana; Alex Galis; Guowei WuKeywords: Deployment; LatencyObjective: Latency -Link: DOI
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Joint Availability- and Traffic-aware Placement of Parallelized Service Chain in NFV-enabled Data Center
Publication: ICWS 2020 (CCF-B)Authors: Meng Wang; Bo Cheng; Junliang ChenKeywords: Deployment; Parallelization; Multi-flow backup; Hybrid Placement Algorithm (HPA)Objective: Latency -; Placement cost -Link: DOI
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Joint Resource Allocation and Routing for Service Function Chaining with In-Subnetwork Processing
Publication: ICASSP 2020 (CCF-B)Authors: Navid Reyhanian; Hamid Farmanbar; Soheil Mohajer; Zhi-Quan LuoKeywords: Deployment; RoutingObjective: Placement cost -Link: DOI
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Latency-aware VNF Chain Deployment with Efficient Resource Reuse at Network Edge
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Mobility-Aware and Delay-Sensitive Service Provisioning in Mobile Edge-Cloud Networks
Publication: TMC 2020 (CCF-A)Authors: Yu Ma; Weifa Liang; Jing Li; Xiaohua Jia; Song GuoKeywords: Deployment; Mobility; LatencyObjective: Latency -; Mobility +; Placement cost -Link: DOI
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Optimal Virtual Network Function Deployment for 5G Network Slicing in a Hybrid Cloud Infrastructure
Publication: TWC 2020 (CCF-B)Authors: Antonio De Domenico; Ya-Feng Liu; Wei YuKeywords: Deployment; ILP (Integer Linear Programming); Network SlicingObjective: Lead to high resource utilization efficiency and large gains in terms of the number of supported VNF chainsLink: DOI
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Prune and Plant: Efficient Placement and Parallelism of Virtual Network Functions
Publication: TC 2020 (CCF-A)Authors: Wei Bao; Dong Yuan; Bing Bing Zhou; Albert Y. ZomayaKeywords: Deployment; Parallelization; Prune and PlantObjective: Placement cost -; Latency -Link: DOI
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Reliability Aware Service Placement Using a Viterbi-Based Algorithm
Publication: TNSM 2020 (CCF-C; JCR-Q1)Authors: Mohammad Karimzadeh-Farshbafan; Vahid Shah-Mansouri; Dusit NiyatoKeywords: Deployment; MICP (mixed integer convex programming); Viterbi-basedObjective: Minimize the cost of resources of the InPs and maximize the reliability of the serviceLink: DOI
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Reliability-Aware Virtualized Network Function Services Provisioning in Mobile Edge Computing
Publication: TON 2020 (CCF-A)Authors: Meitian Huang; Weifa Liang; Xiaojun Shen; Yu Ma; Haibin KanKeywords: Deployment; Reliability-aware; approximation algorithms; DP (dynamic programming); MEC (mobile edge computing)Objective: Maximize the network throughputLink: DOI
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Service Function Path Provisioning With Topology Aggregation in Multi-Domain Optical Networks
Publication: TON 2020 (CCF-A)Authors: Boyuan Yan; Yongli Zhao; Xiaosong Yu; Yajie Li; Sabidur Rahman; Yongqi He; Xiangjun Xin; Jie ZhangKeywords: Deployment; Multi-domainLink: DOI
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SFC-Based Service Provisioning for Reconfigurable Space-Air-Ground Integrated Networks
Publication: JSAC 2020 (CCF-A)Authors: Guangchao Wang; Sheng Zhou; Shan Zhang; Zhisheng Niu; Xuemin ShenKeywords: Deployment; Routing; Joint; Space-Air-GroundObjective: Acceptance rate +; Placement cost -Link: DOI
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Virtual Network Embedding With Guaranteed Connectivity Under Multiple Substrate Link Failures
Publication: TCOM 2020 (CCF-B)Authors: Nashid Shahriar; Reaz Ahmed; Shihabur Rahman Chowdhury; Md Mashrur Alam Khan; Raouf Boutaba; Jeebak Mitra; Feng ZengKeywords: Placement; Deployment; Connectivity; Fault Tolerance; RedundancyObjective: Placement cost -Link: DOI
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Adaptive Interference-Aware VNF Placement for Service-Customized 5G Network Slices
Publication: INFOCOM 2019 (CCF-A)Authors: Qixia Zhang; Fangming Liu; Chaobing ZengKeywords: Deployment; InterferenceObjective: Acceptance rate +Link: DOI
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Automated Function Placement and Online Optimization of Network Functions Virtualization
Publication: TCOM 2019 (CCF-B)Authors: Xiaojing Chen; Wei Ni; Iain B. Collings; Xin Wang; Shugong XuKeywords: Deployment; LatencyObjective: Placement cost -; Latency -Link: DOI
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DYVINE: Fitness-Based Dynamic Virtual Network Embedding in Cloud Computing
Publication: JSAC 2019 (CCF-A)Authors: Chinmaya Kumar Dehury; Prasan Kumar SahooKeywords: Deployment; Dynamic; Multipath routingObjective: Acceptance rate +; Placement cost -Link: DOI
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Efficiently Embedding Service Function Chains with Dynamic Virtual Network Function Placement in Geo-Distributed Cloud System
Publication: TPDS 2019 (CCF-A)Authors: Jianing Pei; Peilin Hong; Kaiping Xue; Defang LiKeywords: Deployment; Distributed; Binary Integer Programming (BIP)Objective: Acceptance rate +; Placement cost -Link: DOI
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Energy-Efficient Machine-to-Machine (M2M) Communications in Virtualized Cellular Networks with Mobile Edge Computing (MEC)
Publication: TMC 2019 (CCF-A)Authors: Meng Li; F. Richard Yu; Pengbo Si; Yanhua ZhangKeywords: Deployment; Mobile; Edge; Energy; partially observable Markov decision process (POMDP)Objective: Placement cost -; Energy consumption -Link: DOI
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Multi-Timescale Online Optimization of Network Function Virtualization for Service Chaining
Publication: TMC 2019 (CCF-A)Authors: Xiaojing Chen; Wei Ni; Tianyi Chen; Iain B. Collings; Xin Wang; Ren Ping Liu; Georgios B. GiannakisKeywords: PlacementObjective: Placement cost -Link: DOI
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Network Function Deployment with Balanced Server and Link Resources in Tree Topologies
Publication: SECON 2019 (CCF-B)Authors: Yang Chen; Jie WuKeywords: Deployment; Tree TopologyObjective: Placement cost -Link: DOI
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Network Topology Mapping From Partial Virtual Coordinates and Graph Geodesics
Publication: TON 2019 (CCF-A)Authors: Anura P. Jayasumana; Randy Paffenroth; Gunjan Mahindre; Sridhar Ramasamy; Kelum GajamannageKeywords: Deployment; CoordinatesObjective: Placement cost -Link: DOI
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Octans: Optimal Placement of Service Function Chains in Many-Core Systems
Publication: INFOCOM 2019 (CCF-A)Authors: Zhilong Zheng; Jun Bi; Heng Yu; Haiping Wang; Chen Sun; Hongxin Hu; Jianping WuKeywords: Deployment; Many-Core SystemsObjective: Placement cost -Link: DOI
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Virtual Network Embedding Approximations: Leveraging Randomized Rounding
Publication: TON 2019 (CCF-A)Authors: Matthias Rost; Stefan SchmidKeywords: PlacementObjective: Placement cost -Link: DOI
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Virtual Network Embedding with Path-based Latency Guarantees in Elastic Optical Networks
Publication: ICNP 2019 (CCF-B)Authors: Sepehr Taeb; Nashid Shahriar; Shihabur Rahman Chowdhury; Massimo Tornatore; Raouf Boutaba; Jeebak Mitra; Mahdi HemmatiKeywords: Deployment; Optical Networks; LatencyObjective: Placement cost -; Latency -Link: DOI
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Deploying Chains of Virtual Network Functions: On the Relation Between Link and Server Usage
Publication: TON 2018 (CCF-A)Authors: Tung-Wei Kuo; Bang-Heng Liou; Kate Ching-Ju Lin; Ming-Jer TsaiKeywords: PlacementObjective: Placement cost -; Acceptance rate +Link: DOI, related DOI
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Enabling Efficient Network Service Function Chain Deployment on Heterogeneous Server Platform
Publication: HPCA 2018 (CCF-A)Authors: Yang Hu; Tao LiKeywords: Deployment; Graph-partition; ReorganizingObjective: Placement cost -Link: DOI
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Enhancing Metaheuristic-Based Online Embedding in Network Virtualization Environments
Publication: TNSM 2018 (CCF-C; JCR-Q1)Authors: Javier Rubio-Loyola; Christian Aguilar-Fuster; Gregorio Toscano-Pulido; Rashid Mijumbi; Joan Serrat-FernándezKeywords: Deployment; VNE; Fitness FunctionObjective: Revenue-to-cost ratio +Link: DOI
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Joint Placement and Routing of Network Function Chains in Data Centers
Publication: INFOCOM 2018 (CCF-A)Authors: Linqi Guo; John Pang; Anwar WalidKeywords: Deployment; Routing; Joint; Data CenterObjective: Placement cost -Link: DOI
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Joint VNF Placement and CPU Allocation in 5G
Publication: INFOCOM 2018 (CCF-A)Authors: Satyam Agarwal; Francesco Malandrino; Carla-Fabiana Chiasserini; S. DeKeywords: Deployment; JointObjective: Joint optimal decisions concerning the placement of Scheduling across the physical hosts for realizing the services; and the allocation of CPU resources in Scheduling sharing a hostLink: DOI
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LVRM: On the Design of Efficient Link Based Virtual Resource Management Algorithm for Cloud Platforms
Publication: TPDS 2018 (CCF-A)Authors: Prasan Kumar Sahoo; Chinmaya Kumar Dehury; Bharadwaj VeeravalliKeywords: Deployment; CloudObjective: Acceptance rate +; Placement cost -Link: DOI
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Network Function Virtualization in Dynamic Networks: A Stochastic Perspective
Publication: JSAC 2018 (CCF-A)Authors: Xiangle Cheng; Yulei Wu; Geyong Min; Albert Y. ZomayaKeywords: Deployment; Stochastic; Admission Control; decomposition method; DynamicObjective: Acceptance rate +Link: DOI
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Optimal Network Service Chain Provisioning
Publication: TON 2018 (CCF-A)Authors: Nicolas Huin; Brigitte Jaumard; Frédéric GiroireKeywords: PlacementObjective: Placement cost -Link: DOI
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Provably Efficient Algorithms for Placement of Service Function Chains with Ordering Constraints
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Rethinking Virtual Network Embedding in Reconfigurable Networks
Publication: SECON 2018 (CCF-B)Authors: Max Curran; Md. Shaifur Rahman; Himanshu Gupta; Vyas SekarKeywords: PlacementObjective: Placement cost -Link: DOI
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Virtual Network Function Deployment in Tree-Structured Networks
Publication: ICNP 2018 (CCF-B)Authors: Yang Chen; Jie Wu; Bo JiKeywords: Deployment; Tree TopologyObjective: Acceptance rate +; Placement cost -Link: DOI
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Virtual Network Function Placement Considering Resource Optimization and SFC Requests in Cloud Datacenter
Publication: TPDS 2018 (CCF-A)Authors: Defang Li; Peilin Hong; Kaiping Xue; Jianing PeiKeywords: Deployment; Data CenterObjective: Acceptance rate +; Placement cost -Link: DOI
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Virtual Network Survivability Through Joint Spare Capacity Allocation and Embedding
Publication: JSAC 2018 (CCF-A)Authors: Nashid Shahriar; Shihabur Rahman Chowdhury; Reaz Ahmed; Aimal Khan; Siavash Fathi; Raouf Boutaba; Jeebak Mitra; Liu LiuKeywords: Deployment; ReliabilityObjective: Acceptance rate +; Reliability +Link: DOI
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vSPACE: VNF Simultaneous Placement, Admission Control and Embedding
Publication: JSAC 2018 (CCF-A)Authors: Mohammad Ali Tahmasbi Nejad; Saeedeh Parsaeefard; Mohammad Ali Maddah-Ali; Toktam Mahmoodi; Babak Hossein KhalajKeywords: Deployment; Joint; Admission Control; Splittable VNF; Multipath routingObjective: Acceptance rate +Link: DOI
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An Approach for Service Function Chain Routing and Virtual Function Network Instance Migration in Network Function Virtualization Architectures
Publication: TON 2017 (CCF-A)Authors: Vincenzo Eramo; Emanuele Miucci; Mostafa Ammar; Francesco Giacinto LavaccaKeywords: Deployment; Scheduling; Joint; energyObjective: Acceptance rate +; Energy consumption -Link: DOI
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Congestion-Aware Embedding of Heterogeneous Bandwidth Virtual Data Centers With Hose Model Abstraction
Publication: TON 2017 (CCF-A)Authors: Fangfang Yan; Tony T. Lee; Weisheng HuKeywords: Deployment; CongestionObjective: Placement cost -; Congestion -Link: DOI
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Distributed Service Function Chaining
Publication: JSAC 2017 (CCF-A)Authors: Milad Ghaznavi; Nashid Shahriar; Shahin Kamali; Reaz Ahmed; Raouf BoutabaKeywords: Deployment; DistributedObjective: Acceptance rate +; Cost -Link: DOI
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Joint Optimization of Chain Placement and Request Scheduling for Network Function Virtualization
Publication: ICDCS 2017 (CCF-B)Authors: Qixia Zhang; Yikai Xiao; Fangming Liu; John C.S. Lui; Jian Guo; Tao WangKeywords: Deployment; Scheduling; JointObjective: Acceptance rate +; Latency -Link: DOI
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Mobility Aware Virtual Network Embedding
Publication: TMC 2017 (CCF-A)Authors: Giorgos Chochlidakis; Vasilis FriderikosKeywords: Deployment; Mobility; DistributedObjective: Acceptance rate +; Mobility +Link: DOI
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Multi-resource Load Balancing for Virtual Network Functions
Publication: ICDCS 2017 (CCF-B)Authors: Tao Wang; Hong Xu; Fangming LiuKeywords: Deployment; Load Balancing; Multi-resourceObjective: Load Balancing +Link: DOI
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Online Allocation of Virtual Machines in a Distributed Cloud
Publication: TON 2017 (CCF-A)Authors: Fang Hao; Murali Kodialam; T. V. Lakshman; Sarit MukherjeeKeywords: Deployment; DistributedObjective: Placement cost -Link: DOI
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Optimizing Virtual Backup Allocation for Middleboxes
Publication: TON 2017 (CCF-A)Authors: Yossi Kanizo; Ori Rottenstreich; Itai Segall; Jose YallouzKeywords: Deployment; Backup; ReliabilityObjective: Placement cost -; Reliability +Link: DOI, related DOI
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Reliable Virtual Machine Placement and Routing in Clouds
Publication: TPDS 2017 (CCF-A)Authors: Song Yang; Philipp Wieder; Ramin Yahyapour; Stojan Trajanovski; Xiaoming FuKeywords: Deployment; Routing; Cloud; LatencyObjective: Placement cost -; Latency -Link: arXiv, published version
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Application of evolutionary mechanism to dynamic Virtual Network Function Placement
Publication: ICNP 2016 (CCF-B)Authors: Mari Otokura; Kenji Leibnitz; Yuki Koizumi; Daichi Kominami; Tetsuya Shimokawa; Masayuki MurataKeywords: Placement; Dynamic; Genetic algorithmObjective: Cost -Link: DOI
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SLA-NFV: an SLA-aware High Performance Framework for Network Function Virtualization
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How Hard Can It Be?: Understanding the Complexity of Replica Aware Virtual Cluster Embeddings
Publication: ICNP 2015 (CCF-B)Authors: Carlo Fuerst; Maciej Pacut; Paolo Costa; Stefan SchmidKeywords: PlacementObjective: Cost -Link: DOI
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Toward Profit-Seeking Virtual Network Embedding Algorithm via Global Resource Capacity
Publication: INFOCOM 2014 (CCF-A)Authors: Long Gong; Yonggang Wen; Zuqing Zhu; Tony LeeKeywords: Deployment; GRC (Global Resource Control)Objective: Acceptance rate +; Revenue-to-cost ratio +Link: DOI
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A Multi-objective Ant Colony System algorithm for Virtual Machine Placement in Cloud Computing
Publication: JCSS 2013 (CCF-B)Authors: Yongqiang Gao; Haibing Guan; Zhengwei Qi; Yang Hou; Liang LiuKeywords: Deployment; ACS (Ant Colony System); Multi-objectiveObjective: Placement cost -; Energy consumption -Link: DOI
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Joint VM Placement and Routing for Data Center Traffic Engineering
Publication: INFOCOM 2012 (CCF-A)Authors: Joe Wenjie Jiang; Tian Lan; Sangtae Ha; Minghua Chen; Mung ChiangKeywords: Deployment; Routing; Joint; Markov approximationObjective: Placement cost -Link: DOI
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Virtual Network Embedding through Topology Awareness and Optimization
Publication: CN 2012 (CCF-B)Authors: Xiang Cheng; Sen Su; Zhongbao Zhang; Kai Shuang; Fangchun Yang; Yan Luo; Jie WangKeywords: Deployment; PSO (Particle Swarm Optimization); Topology decompositionObjective: Placement cost -; Energy consumption -Link: DOI, ResearchGate
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Nezha: SmartNIC-based Virtual Switch Load Sharing
Publication: SIGCOMM 2025 (CCF-A)Authors: Xing Li; Enge Song; Bowen Yang; Tian Pan; Ye Yang; Qiang Fu; Yang Song; Yilong Lv; Zikang Chen; Jianyuan Lu; Shize Zhang; Xiaoqing Sun; Rong Wen; Xionglie Wei; Biao Lyu; Zhigang Zong; Qinming He; Shunmin ZhuKeywords: SmartNIC; Virtual switch; Network function; Load sharing; Remote resource poolObjective: Throughput +; SmartNIC utilization +; Load imbalance -Link: DOI
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Aquifer: Transparent Microsecond-Scale Scheduling for vRAN Workloads
Publication: TSC 2024 (CCF-A)Authors: Yunshan Jia; Yinmin Zhong; Meng Wang; Jiaqi Gao; Pengyu Zhang; Xuanzhe Liu; Xin JinKeywords: vRAN; Microsecond-scale scheduling; CPU reallocation; Run-to-completionObjective: Scheduling latency -; Deadline violations -Link: DOI
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Automatic Parallelization of Software Network Functions
Publication: NSDI 2024 (CCF-A)Authors: Francisco Pereira; Fernando M. V. Ramos; Luis PedrosaKeywords: Software network functions; Automatic parallelization; Receive Side Scaling; Multi-core processingObjective: Throughput +; Parallelization scalability +Link: arXiv, usenix.org
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O-M3: Real-Time Multi-Cell MIMO Scheduling in 5G O-RAN
Publication: JSAC 2024 (CCF-A)Authors: Yongce Chen; Y. Thomas Hou; Wenjing Lou; Jeffrey H. Reed; Sastry KompellaKeywords: 5G O-RAN; Multi-cell MIMO; Real-time schedulingObjective: Throughput +; Scheduling latency -Link: DOI
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OREO: O-RAN Intelligence Orchestration of xApp-Based Network Services
Publication: INFOCOM 2024 (CCF-A)Authors: Federico Mungari; Corrado Puligheddu; Andres Garcia-Saavedra; Carla Fabiana ChiasseriniKeywords: O-RAN; xApp; Network service orchestration; Resource contentionObjective: Service utility +; Resource contention -Link: arXiv, published version
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Providing UE-Level QoS Support by Joint Scheduling and Orchestration for 5G vRAN
Publication: INFOCOM 2024 (CCF-A)Authors: Jiamei Lv; Yi Gao; Zhi Ding; Yuxiang Lin; Xinyun You; Guang Yang; Wei DongKeywords: 5G vRAN; UE-level QoS; Joint scheduling; Resource orchestrationObjective: QoS violations -; Resource utilization +Link: DOI
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State Disaggregation for Dynamic Scaling of Network Functions
Publication: TON 2024 (CCF-A)Authors: Fabrício B. Carvalho; Ronaldo A. Ferreira; Ítalo Cunha; Marcos A. M. Vieira; Murali K. RamanathanKeywords: Stateful network functions; State disaggregation; Dynamic scaling; Multi-core processingObjective: Scaling time -; Throughput +Link: DOI
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YinYangRAN: Resource Multiplexing in GPU-Accelerated Virtualized RANs
Publication: INFOCOM 2024 (CCF-A)Authors: Leonardo Lo Schiavo; Jose A. Ayala-Romero; Andres Garcia-Saavedra; Marco Fiore; Xavier Costa-PerezKeywords: Virtualized RAN; GPU acceleration; Resource multiplexing; Deadline-aware schedulingObjective: GPU utilization +; Deadline violations -Link: DOI
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Nimble: Fast and Safe Migration of Network Functions
Publication: INFOCOM 2023 (CCF-A)Authors: Sheng Liu; Michael K. Reiter; Theophilus A. BensonKeywords: Network function; Migration; Routing update; Service chaining; Software-defined networkingLink: DOI
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Online Control of Service Function Chainings Across Geo-Distributed Datacenters
Publication: TMC 2023 (CCF-A)Authors: Song Yang; Fan Li; Zhi Zhou; Xu Chen; Yu Wang; Xiaoming FuKeywords: Scheduling; Online Control; Geo-Distributed DatacentersObjective: Cost -Link: DOI
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SAFE: Service Availability via Failure Elimination Through VNF Scaling
Publication: TON 2023 (CCF-A)Authors: Rui Xia; Haipeng Dai; Jiaqi Zheng; Rong Gu; Xiaoyu Wang; Weijun Wang; Guihai ChenKeywords: Scheduling; Scaling; Dynamic Programming; ConsolidationObjective: Number of servers -; Cost -Link: DOI
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Scheduling Slice Requests in 5G Networks
Publication: TON 2023 (CCF-A)Authors: Reshma Prasad; Albert SunnyKeywords: 5G; Network slicing; Slice reservation; Admission control; Online schedulingLink: arXiv, published version
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An Efficient Algorithm for Service Function Chains Reconfiguration in Mobile Edge Cloud Networks
Publication: ICWS 2021 (CCF-B)Authors: Biyi Li; Bo Cheng; Junliang ChenKeywords: Scheduling; Migration; Dynamic ProgrammingbasedObjective: Placement cost -; Latency -Link: DOI
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HASFC: A MANO-Compliant Framework for Availability Management of Service Chains
Publication: IEEE Communications Magazine 2021 (JCR-Q1)Authors: Mario Di Mauro; Giovanni Galatro; Maurizio Longo; Fabio Postiglione; Marco TambascoKeywords: Scheduling; Deployment; ReliabilityObjective: Cost -; Reliability +Link: DOI
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Highly-Efficient Switch Migration for Controller Load Balancing in Elastic Optical Inter-Datacenter Networks
Publication: JSAC 2021 (CCF-A)Authors: Yong Liu; Huaxi Gu; Fulong Yan; Nicola CalabrettaKeywords: Scheduling; Migration; Data CenterObjective: Cost -Link: DOI
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Joint Resource Optimization and Delay-aware Virtual Network Function Migration in Data Center Networks
Publication: TNSM 2021 (CCF-C; JCR-Q1)Authors: Biyi Li; Bo Cheng; Xuan Liu; Meng Wang; Yi Yue; Junliang ChenKeywords: Scheduling; Migration; LatencyObjective: Placement cost -; Latency -Link: DOI
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A Multi-Stage Approach for Virtual Network Function Migration and Service Function Chain Reconfiguration in NFV-enabled Networks
Publication: ICWS 2020 (CCF-B)Authors: Biyi Li; Bo Cheng; Junliang ChenKeywords: Scheduling; MigrationObjective: Latency -; Load balancing +Link: DOI
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A seamless virtualized network functions migration mechanism in mobile edge networks
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Finedge: A Dynamic Cost-Efficient Edge Resource Management Platform for NFV Network
Publication: IWQoS 2020 (CCF-B)Authors: Miao Li; Qixia Zhang; Fangming LiuKeywords: SchedulingObjective: QoS +Link: DOI
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NFVnice: Dynamic Backpressure and Scheduling for NFV Service Chains
Publication: TON 2020 (CCF-A)Authors: Sameer G. Kulkarni; Wei Zhang; Jinho Hwang; Shriram Rajagopalan; K. K. Ramakrishnan; Timothy Wood; Mayutan Arumaithurai; Xiaoming FuKeywords: SchedulingObjective: Energy Consumption -Link: DOI
Earlier papers (15)
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On Parallel and Hitless vSDN Reconfiguration
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A multi-criteria decision approach for minimizing the influence of VNF migration
Publication: CN 2019 (CCF-B)Authors: Bo Yi; X. Wang; Min Huang; Anwei DongKeywords: Scheduling; MigrationObjective: Influence -Link: DOI
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Dynamic Cloud Network Control Under Reconfiguration Delay and Cost
Publication: TON 2019 (CCF-A)Authors: Chang-Heng Wang; Jaime Llorca; Antonia M. Tulino; Tara JavidiKeywords: Scheduling; Reconfiguration; LatencyObjective: Latency -; Cost -Link: DOI
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Dynamic Network Function Instance Scaling Based on Traffic Forecasting and VNF Placement in Operator Data Centers
Publication: TPDS 2019 (CCF-A)Authors: Hong Tang; Danny Zhou; Duan ChenKeywords: Scheduling; Deployment; Scaling; Traffic Forecasting; Data CenterObjective: Cost -Link: DOI
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Network Virtualization with Energy Efficiency Optimization for Wireless Heterogeneous Networks
Publication: TMC 2019 (CCF-A)Authors: Tai Manh Ho; Nguyen H. Tran; Long Bao Le; Zhu Han; S.M Ahsan Kazmi; Choong Seon HongKeywords: Scheduling; Migration; HeterogeneousObjective: Revenue of InP +Link: DOI
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Energy-Aware Virtual Machine Scheduling on Data Centers with Heterogeneous Bandwidths
Publication: TPDS 2018 (CCF-A)Authors: Daniel Guimaraes Lago; Edmundo R. M. Madeira; Deep MedhiKeywords: Scheduling; Energy; HeterogeneousObjective: Energy consumption -Link: DOI
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TerrierTail: Mitigating Tail Latency of Cloud Virtual Machines
Publication: TPDS 2018 (CCF-A)Authors: Esmail Asyabi; SeyedAlireza SanaeeKohroudi; Mohsen Sharifi; Azer BestavrosKeywords: Scheduling; LatencyObjective: Latency -Link: DOI
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Cluster-Aware Virtual Machine Collaborative Migration in Media Cloud
Publication: TPDS 2017 (CCF-A)Authors: Weizhan Zhang; Yuxuan Chen; Xiang Gao; Zhichao Mo; Qinghua Zheng; Zongqing LuKeywords: Scheduling; MigrationObjective: Cost -Link: DOI
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Mobile Edge Cloud Network Design Optimization
Publication: TON 2017 (CCF-A)Authors: Alberto Ceselli; Marco Premoli; Stefano SecciKeywords: SchedulingObjective: Cost -Link: DOI
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Raccoon: A Novel Network I/O Allocation Framework for Workload-Aware VM Scheduling in Virtual Environments
Publication: TPDS 2017 (CCF-A)Authors: Lingfang Zeng; Yang Wang; Xiaopeng Fan; Chengzhong XuKeywords: SchedulingObjective: Latency -Link: DOI
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Traffic-Aware Virtual Machine Migration in Topology-Adaptive DCN
Publication: TON 2017 (CCF-A)Authors: Yong Cui; Zhenjie Yang; Shihan Xiao; Xin Wang; Shenghui YanKeywords: Scheduling; MigrationObjective: Throughput +; cost -Link: DOI
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Cache contention aware Virtual Machine placement and migration in cloud datacenters
Publication: ICNP 2016 (CCF-B)Authors: Liuhua Chen; Haiying Shen; Stephen PlattKeywords: Scheduling; Migration; CacheObjective: Throughput +Link: DOI
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OpenBox: A Software-Defined Framework for Developing, Deploying, and Managing Network Functions
Publication: SIGCOMM 2016 (CCF-A)Authors: Anat Bremler-Barr; Yotam Harchol; David HayKeywords: Chaining; Deployment; Scheduling; Migration; JointObjective: FrameworkLink: DOI
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SliM: Enabling efficient, seamless NFV state migration
Publication: ICNP 2016 (CCF-B)Authors: Leonhard Nobach; Ivica Rimac; Volker Hilt; David HausheerKeywords: Scheduling; MigrationObjective: Cost -Link: DOI
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Transparent flow migration for NFV
Publication: ICNP 2016 (CCF-B)Authors: Yang Wang; Gaogang Xie; Zhenyu Li; Peng He; Kavé SalamatianKeywords: Scheduling; MigrationObjective: Throughput +Link: DOI
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Fast Reoptimization With Only a Few Changes: Enhancing Tactical Traffic Engineering With Segment Routing Midpoint Optimization
Publication: JSAC 2025 (CCF-A)Authors: Alexander Brundiers; Timmy Schüller; Nils AschenbruckKeywords: Traffic engineering; Segment routing; Midpoint optimization; Local search; Fast reoptimizationObjective: Configuration changes -; Provisioning time -; Maximum link utilization -Link: DOI
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Maintaining Predictable Traffic Engineering Performance Under Controller Failures for Software-Defined WANs
Publication: JSAC 2025 (CCF-A)Authors: Songshi Dou; Zehua GuoKeywords: Software-defined WAN; Controller failure; Traffic engineering; Flow-controller reassignment; Flow reroutingObjective: Load imbalance -; Failure resilience +; Computation time -Link: DOI
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PreTE: Traffic Engineering with Predictive Failures
Publication: SIGCOMM 2025 (CCF-A)Authors: Congcong Miao; Zhizhen Zhong; Yiren Zhao; Arpit Gupta; Ying Zhang; Sirui Li; Zekun He; Xianneng Zou; Jilong WangKeywords: WAN traffic engineering; Predictive failures; Optical degradation; Proactive routing; AvailabilityObjective: Network availability +; Traffic loss -; Link utilization +Link: DOI
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SaTE: Low-Latency Traffic Engineering for Satellite Networks
Publication: SIGCOMM 2025 (CCF-A)Authors: Hao Wu; Yizhan Han; Mohit Rajpal; Qizhen Zhang; Jingxian WangKeywords: Satellite network; Traffic engineering; Dynamic topology; Low-latency optimization; Traffic allocationObjective: Optimization latency -; Maximum link utilization -; Scalability +Link: DOI
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MegaTE: Extending WAN Traffic Engineering to Millions of Endpoints in Virtualized Cloud
Publication: SIGCOMM 2024 (CCF-A)Authors: Congcong Miao; Zhizhen Zhong; Yunming Xiao; Feng Yang; Senkuo Zhang; Yinan Jiang; Zizhuo Bai; Chaodong Lu; Jingyi Geng; Zekun He; Yachen Wang; Xianneng Zou; Chuanchuan YangKeywords: WAN traffic engineering; Virtualized cloud; Endpoint scalability; Hierarchical optimizationObjective: Solver runtime -; Traffic engineering scalability +Link: DOI
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Achieving High Availability in Inter-DC WAN Traffic Engineering
Publication: TON 2023 (CCF-A)Authors: Han Zhang; Xia Yin; Xingang Shi; Jilong Wang; Zhiliang Wang; Yingya Guo; Tian Lan; Yahui Li; Yongqing Zhu; Ke Ruan; Haijun GengKeywords: Inter-datacenter WAN; Traffic engineering; High availability; Failure recovery; RoutingLink: DOI
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MiFi: Bounded Update to Optimize Network Performance in Software-Defined Data Centers
Publication: TON 2023 (CCF-A)Authors: Akbar Majidi; Xiaofeng Gao; Shunjia Zhu; Nazila Jahanbakhsh; Jiaqi Zheng; Guihai ChenKeywords: Software-defined data center; Network update; Traffic engineering; Bounded reconfigurationLink: DOI
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PAINTER: Ingress Traffic Engineering and Routing for Enterprise Cloud Networks
Publication: SIGCOMM 2023 (CCF-A)Authors: Thomas Koch; Shuyue Yu; Sharad Agarwal; Ethan Katz-Bassett; Ryan BeckettKeywords: Enterprise cloud; Ingress traffic engineering; Routing; Edge proxy; ResilienceLink: DOI
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Toward Flexible and Predictable Path Programmability Recovery Under Multiple Controller Failures in Software-Defined WANs
Publication: TON 2023 (CCF-A)Authors: Zehua Guo; Songshi Dou; Wenfei Wu; Yuanqing XiaKeywords: Software-defined WAN; Controller failure; Path programmability; Failure recovery; Traffic engineeringLink: DOI
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SAFE-ME: Scalable and Flexible Policy Enforcement in Middlebox Networks
Publication: TON 2022 (CCF-A)Authors: Hongli Xu; Peng Xi; Gongming Zhao; Jianchun Liu; Chen Qian; Liusheng HuangKeywords: Routing; MiddleboxObjective: Latency -; Scalability +Link: DOI
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Software-defined Internet of Multimedia Things: Energy-efficient and Load-balanced Resource Management
Publication: IoTJ 2022 (CCF-C; JCR-Q1)Authors: Ahmadreza MontazerolghaemKeywords: Routing; IoT; Energy; Load BalancingObjective: Energy consumption -; Load Balancing +Link: DOI
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Real-Time Update of Joint SFC and Routing in Software Defined Networks
Publication: TON 2021 (CCF-A)Authors: Xingpeng Fan; Hongli Xu; He Huang; Xuwei YangKeywords: Routing; Joint; LatencyObjective: Latency -Link: DOI
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Congestion Minimization for Service Chain Routing Problems With Path Length Considerations
Publication: TON 2020 (CCF-A)Authors: Lingnan Gao; George N. RouskasKeywords: Routing; CongestionObjective: Congestion -Link: DOI
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On SDN-Driven Network Optimization and QoS Aware Routing Using Multiple Paths
Publication: TWC 2020 (CCF-B)Authors: Miloud Bagaa; Diego Leonel Cadette Dutra; Tarik Taleb; Konstantinos SamdanisKeywords: RoutingObjective: Throughput +Link: DOI
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Throughput Maximization of NFV-Enabled Multicasting in Mobile Edge Cloud Networks
Publication: TPDS 2020 (CCF-A)Authors: Yu Ma; Weifa Liang; Jie Wu; Zichuan XuKeywords: Routing; Edge; Energy; MulticastingLink: DOI
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Throughput-Optimal Broadcast in Wireless Networks with Dynamic Topology
Publication: TMC 2019 (CCF-A)Authors: Abhishek Sinha; Leandros Tassiulas; Eytan ModianoKeywords: Routing; DynamicObjective: Throughput +Link: DOI
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Shortest Path and Maximum Flow Problems Under Service Function Chaining Constraints
Publication: INFOCOM 2018 (CCF-A)Authors: Gamal Sallam; Gagan R. Gupta; Bin Li; Bo JiKeywords: Routing; ConstrainedObjective: Running time -Link: arXiv
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Central Control Over Distributed Routing
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Availability Aware Online Virtual Network Function Backup in Edge Environments
Publication: TMC 2024 (CCF-A)Authors: Yu Liu; Xiaojun Shang; Yingling Mao; Zhenhua Liu; Yuanyuan YangKeywords: BackupLink: DOI
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Dynamic Network Security Function Enforcement via Joint Flow and Function Scheduling
Publication: TIFS 2022 (CCF-A)Authors: Qi Li; Xinhao Deng; Zhuotao Liu; Yuan Yang; Xiaoyue Zou; Qian Wang; Mingwei Xu; Jianping WuKeywords: SecurityLink: DOI
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Maritime-Oriented Network Slicing in O-RAN Integrated Aerial-Terrestrial Networks
Publication: TMC 2026 (CCF-A)Authors: Sahar Ammar; Wiem Abderrahim; Basem ShihadaKeywords: O-RAN; Maritime network slicing; Aerial-terrestrial network; UAV; AI-based resource allocationObjective: Slice utility +; QoS violations -; Coverage +Link: DOI
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AdaSlicing: Adaptive Online Network Slicing Under Continual Network Dynamics in Open Radio Access Networks
Publication: INFOCOM 2025 (CCF-A)Authors: Ming Zhao; Yuru Zhang; Qiang Liu; Ahan Kak; Nakjung ChoiKeywords: O-RAN; Adaptive network slicing; Bayesian learning; ADMM; Soft isolationObjective: Operating cost -; Slice performance +; Resource isolation +Link: arXiv, published version
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O-RAN-Enabled Intelligent Network Slicing to Meet Service-Level Agreement (SLA)
Publication: TMC 2025 (CCF-A)Authors: Jiongyu Dai; Lianjun Li; Ramin Safavinejad; Shadab Mahboob; Hao Chen; Vishnu V Ratnam; Haining Wang; Jianzhong Zhang; Lingjia LiuKeywords: O-RAN; RAN slicing; Deep reinforcement learning; Two-level scheduling; SLAObjective: SLA violations -; Resource utilization +; Throughput +Link: DOI
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Blockchain-Enabled Federated Learning-Based Resource Allocation and Trading for Network Slicing in 5G
Publication: TON 2024 (CCF-A)Authors: Daniel Ayepah-Mensah; Guolin Sun; Gordon Owusu Boateng; Stephen Anokye; Guisong LiuKeywords: Network slicing; Federated learning; Blockchain; Resource tradingObjective: Resource trading utility +; Privacy +Link: DOI
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Deep Reinforcement Learning for Online Resource Allocation in Network Slicing
Publication: TMC 2024 (CCF-A)Authors: Yue Cai; Peng Cheng; Zhuo Chen; Ming Ding; Branka Vucetic; Yonghui LiKeywords: Network slicing; Online resource allocation; Deep reinforcement learningObjective: Long-term utility +; SLA violations -Link: DOI
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Dynamic Fine-Grained SLA Management for 6G eMBB-Plus Slice Using mDNN & Smart Contracts
Publication: TSC 2024 (CCF-A)Authors: Sadaf Bukhari; Kashif Sharif; Liehuang Zhu; Chang Xu; Fan Li; Sujit BiswasKeywords: 6G slicing; SLA management; Meta-learning; Smart contractsObjective: SLA violations -; Resource utilization +Link: DOI
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Energy-Aware Design Policy for Network Slicing Using Deep Reinforcement Learning
Publication: TSC 2024 (CCF-A)Authors: Ranyin Wang; Vasilis Friderikos; A. Hamid AghvamiKeywords: Network slicing; Energy-aware deployment; Deep reinforcement learningObjective: Energy consumption -; Slice acceptance +Link: DOI
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Flexible RAN Slicing in Open RAN With Constrained Multi-Agent Reinforcement Learning
Publication: JSAC 2024 (CCF-A)Authors: Mohammad Zangooei; Morteza Golkarifard; Mohamed Rouili; Niloy Saha; Raouf BoutabaKeywords: O-RAN; RAN slicing; Constrained multi-agent reinforcement learning; SLAObjective: Resource consumption -; SLA violations -Link: DOI
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Safe and Accelerated Deep Reinforcement Learning-Based O-RAN Slicing: A Hybrid Transfer Learning Approach
Publication: JSAC 2024 (CCF-A)Authors: Ahmad M. Nagib; Hatem Abou-Zeid; Hossam S. HassaneinKeywords: O-RAN slicing; Safe deep reinforcement learning; Transfer learning; Policy distillationObjective: Adaptation time -; SLA violations -Link: arXiv, published version
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Slice Sandwich: Jagged Slicing Multi-Tier Dynamic Resources for Diversified V2X Services
Publication: TMC 2024 (CCF-A)Authors: Yu Liu; Zirui Zhuang; Qi Qi; Jingyu Wang; Dezhi Chen; Lu Lu; Hongwei Yang; Jianxin Liao; Zhu HanKeywords: V2X; Multi-tier computing; Neural bandits; Deep Q-learning; Dual-timescale allocationObjective: System revenue +; KPI satisfaction +Link: DOI
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Consortium Blockchain-Based Spectrum Trading for Network Slicing in 5G RAN: A Multi-Agent Deep Reinforcement Learning Approach
Publication: TMC 2023 (CCF-A)Authors: Gordon Owusu Boateng; Guolin Sun; Daniel Ayepah Mensah; Daniel Mawunyo Doe; Ruijie Ou; Guisong LiuKeywords: 5G RAN; Network slicing; Spectrum trading; Multi-agent deep reinforcement learning; Consortium blockchainLink: DOI
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Intelligent and Collaborative Orchestration of Network Slices
Publication: TSC 2023 (CCF-A)Authors: Ying Wang; Naling Li; Peng Yu; Wenjing Li; Xuesong Qiu; Shangguang Wang; Mohamed CherietKeywords: Network slicing; Cloud-edge collaboration; Slice isolation; Deep reinforcement learning; OrchestrationLink: DOI
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Multi-SP Network Slicing Parallel Relieving Edge Network Conflict
Publication: TPDS 2023 (CCF-A)Authors: Rongxin Han; Dezhi Chen; Song Guo; Jingyu Wang; Qi Qi; Lu Lu; Jianxin LiaoKeywords: Network slicing; Multi-service-provider; Multi-agent deep reinforcement learning; Edge resource conflict; Parallel deploymentLink: DOI
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Standing on the Shoulders of Giants: Cross-Slice Federated Meta Learning for Resource Orchestration to Cold-Start Slice
Publication: TON 2023 (CCF-A)Authors: Tianjian Dong; Qi Qi; Jingyu Wang; Zirui Zhuang; Haifeng Sun; Jianxin Liao; Zhu HanKeywords: Network slicing; Resource orchestration; Federated meta learning; Cold-start sliceLink: DOI
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Using Distributed Reinforcement Learning for Resource Orchestration in a Network Slicing Scenario
Publication: TON 2023 (CCF-A)Authors: Federico Mason; Gianfranco Nencioni; Andrea ZanellaKeywords: Network slicing; Resource orchestration; Distributed reinforcement learning; Dynamic allocationLink: arXiv, published version
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ONETS: Online Network Slice Broker From Theory to Practice
Publication: TWC 2022 (CCF-B)Authors: Vincenzo Sciancalepore; Lanfranco Zanzi; Xavier Costa-Pérez; Antonio CaponeKeywords: SlicingLink: DOI
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A Constrained Reinforcement Learning Based Approach for Network Slicing
Publication: ICNP 2020 (CCF-B)Authors: Yongshuai Liu; Jiaxin Ding; Xin LiuKeywords: SlicingLink: DOI
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Fair and Scalable Orchestration of Network and Compute Resources for Virtual Edge Services
Publication: TMC 2024 (CCF-A)Authors: Sharda Tripathi; Corrado Puligheddu; Somreeta Pramanik; Andres Garcia-Saavedra; Carla Fabiana ChiasseriniKeywords: Chaining; DQN; Pareto analysis AutoencoderObjective: Fair +Link: DOI
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Orchestrating Energy-Efficient vRANs: Bayesian Learning and Experimental Results
Publication: TMC 2023 (CCF-A)Authors: Jose A. Ayala-Romero; Andres Garcia-Saavedra; Xavier Costa-Perez; George IosifidisKeywords: Chaining; Energy; Bayesian LearningObjective: Energy -Link: DOI
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Endogenous Trusted DRL-Based Service Function Chain Orchestration for IoT
Publication: TC 2022 (CCF-A)Authors: Shaoyong Guo; Yuanyuan Qi; Yi Jin; Wenjing Li; Xuesong Qiu; Luoming MengKeywords: Chaining; A3C (Asynchronous Advantage Actor-Critic)Objective: Orchestration cost -Link: DOI
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Space-Air-Ground Integrated Multi-Domain Network Resource Orchestration Based on Virtual Network Architecture: A DRL Method
Publication: TITS 2022 (CCF-B)Authors: Peiying Zhang; Chao Wang; Neeraj Kumar; Lei LiuKeywords: Chaining; Deployment; Multi-Domain; DQNObjective: Placement cost -Link: DOI
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vrAIn: Deep Learning Based Orchestration for Computing and Radio Resources in vRANs
Publication: TMC 2022 (CCF-A)Authors: Jose A. Ayala-Romero; Andres Garcia-Saavedra; Marco Gramaglia; Xavier Costa-Pérez; Albert Banchs; Juan J. AlcarazKeywords: Chaining; DDPG (deep deterministic policy gradient); AutoencoderObjective: QoS +Link: DOI
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Scalable Orchestration of Service Function Chains in NFV-Enabled Networks: A Federated Reinforcement Learning Approach
Publication: JSAC 2021 (CCF-A)Authors: Haojun Huang; Cheng Zeng; Yangmin Zhao; Geyong Min; Yingying Zhu; Wang Miao; Jia HuKeywords: Chaining; Deployment; DQN; FL (Federated Learning)Objective: Placement cost -Link: DOI
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Adaptive Orchestration of Service Function Chains in SAGIN-MEC via Graph Reinforcement Learning
Publication: TMC 2026 (CCF-A)Authors: Peiying Zhang; Shengpeng Chen; Jian Fan; Lizhuang Tan; Chunxiao JiangKeywords: SAGIN-MEC; Service function chain; Graph reinforcement learning; Online embedding; Heterogeneous resourcesObjective: Acceptance ratio +; End-to-end latency -; Resource utilization +Link: DOI
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AvailGuard: An Availability-aware VNF Deployment Framework Based on Traffic Forecasting in SDN/NFV-enabled Networks
Publication: TMC 2026 (CCF-A)Authors: Yi Yue; Xiongyan Tang; Lexi Xu; Chang Cao; Wencong Yang; Yaru Zhao; Lingyang SongKeywords: SDN; NFV; VNF deployment; Traffic forecasting; Availability-aware orchestrationObjective: Service availability +; Deployment cost -; Resource utilization +Link: DOI
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Dynamic VNF Orchestration for UAV-Aided Emergency Networks: A Learning and Optimization Control Loop Framework
Publication: TMC 2026 (CCF-A)Authors: Chuan Pham; Kim Khoa NguyenKeywords: UAV-aided emergency network; Dynamic VNF orchestration; Learning and optimization; Closed-loop controlObjective: Service reliability +; Orchestration cost -; Response latency -Link: DOI
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FlexVNE: A LLM-Powered Flexible Framework for Virtual Network Embedding in Cloud-Network Convergence
Publication: TMC 2026 (CCF-A)Authors: Fan Pan; Le Tian; Dan Li; Pengshuai Cui; Yu Wang; Xuanyan Song; Menglong Li; Xinglong Pei; Yuxiang Hu; Xiaobo GuoKeywords: Virtual network embedding; Large language model; Cloud-network convergence; Flexible orchestrationObjective: Acceptance ratio +; Embedding cost -; Generalization +Link: DOI
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Virne: A Comprehensive Benchmark for RL-based Network Resource Allocation in NFV
Publication: ICLR 2026 (CCF-A)Authors: Tianfu Wang; Liwei Deng; Xi Chen; Junyang Wang; Huiguo He; Zhengyu Hu; Wei Wu; Leilei Ding; Qilin Fan; Hui XiongKeywords: Deployment; Deep Reinforcement Learning; Network Simulation; BenchmarkObjective: Effectiveness; Solvability; Generalizability; ScalabilityLink: arXiv, code
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DeepSelector: A Deep Learning-Based Virtual Network Function Placement Approach in SDN/NFV-Enabled Networks
Publication: TMC 2025 (CCF-A)Authors: Yi Yue; Xiongyan Tang; Ying-Chang Liang; Chang Cao; Lexi Xu; Wencong Yang; Zhiyan ZhangKeywords: VNF placement; SDN; NFV; Deep learning; Service function chainObjective: Placement quality +; Decision time -; Scalability +Link: DOI
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Network Diffuser for Placing-Scheduling Service Function Chains with Inverse Demonstration
Publication: INFOCOM 2025 (CCF-A)Authors: Zuyuan Zhang; Vaneet Aggarwal; Tian LanKeywords: Service function chain; Diffusion model; Inverse demonstration; Joint placement and scheduling; Online arrivalsObjective: SFC reward +; Waiting time -; Blocking rate -Link: arXiv, published version
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AIRIC: Orchestration of Virtualized Radio Access Networks With Noisy Neighbours
Publication: JSAC 2024 (CCF-A)Authors: Josep Xavier Salvat Lozano; Andres Garcia-Saavedra; Xi Li; Xavier Costa PerezKeywords: Virtualized RAN; Noisy neighbours; Relation network; Deep Q-learningObjective: Operating cost -; Resource consumption -; Service guarantees +Link: arXiv, published version
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FlagVNE: A Flexible and Generalizable Reinforcement Learning Framework for Network Resource Allocation
Publication: IJCAI 2024 (CCF-B)Authors: Tianfu Wang; Qilin Fan; Chao Wang; Long Yang; Leilei Ding; Nicholas Jing Yuan; Hui XiongKeywords: Deployment; Deep Reinforcement Learning; Meta Learning; Graph Convolutional Network (GNN, GCN); proximal policy optimization (PPO)Objective: Cost -; Revenue-to-cost +; Long-term Revenue +Link: arXiv
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Joint Admission Control and Resource Allocation of Virtual Network Embedding Via Hierarchical Deep Reinforcement Learning
Publication: TSC 2024 (CCF-A)Authors: Tianfu Wang; Li Shen; Qilin Fan; Tong Xu; Tongliang Liu; Hui XiongKeywords: Deployment; Hierarchical Deep Reinforcement Learning; Graph Attention Network (GNN, GAT); proximal policy optimization (PPO)Objective: Cost -; Revenue-to-cost +; Long-term Revenue +Link: DOI
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Parallel Placement of Virtualized Network Functions via Federated Deep Reinforcement Learning
Publication: TON 2024 (CCF-A)Authors: Haojun Huang; Jialin Tian; Geyong Min; Hao Yin; Cheng Zeng; Yangming Zhao; Dapeng Oliver WuKeywords: VNF placement; Federated learning; Deep reinforcement learning; Parallel decision-makingObjective: Placement cost -; Training overhead -; Privacy +Link: DOI
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QoS Aware Virtual Network Embedding in Space-Air-Ground-Ocean Integrated Network
Publication: TSC 2024 (CCF-A)Authors: Yi Zhang; Peiying Zhang; Chunxiao Jiang; Shangguang Wang; Hongxia Zhang; Chunming RongKeywords: Virtual network embedding; Space-air-ground-ocean network; K-means; Reinforcement learningObjective: Acceptance ratio +; Revenue +; Delay -Link: DOI
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Traffic-Aware Lightweight Hierarchical Offloading Toward Adaptive Slicing-Enabled SAGIN
Publication: JSAC 2024 (CCF-A)Authors: Zheyi Chen; Junjie Zhang; Geyong Min; Zhaolong Ning; Jie LiKeywords: SAGIN; Adaptive slicing; Hierarchical offloading; Deep reinforcement learning; Knowledge distillationObjective: Service latency -; Resource utilization +Link: DOI
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Dapper: Deploying Service Function Chains in the Programmable Data Plane Via Deep Reinforcement Learning
Publication: TSC 2023 (CCF-A)Authors: Xiaoquan Zhang; Lin Cui; Fung Po Tso; Zhetao Li; Weijia JiaKeywords: Service function chain; Programmable data plane; Deep reinforcement learning; DeploymentLink: DOI
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Online Learning for Failure-Aware Edge Backup of Service Function Chains With the Minimum Latency
Publication: TON 2023 (CCF-A)Authors: Chen Wang; Qin Hu; Dongxiao Yu; Xiuzhen ChengKeywords: Service function chain; Edge backup; Online bandit learning; Failure awareness; LatencyLink: arXiv, published version
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RuleDRL: Reliability-Aware SFC Provisioning With Bounded Approximations in Dynamic Environments
Publication: TSC 2023 (CCF-A)Authors: Yue Zeng; Zhihao Qu; Song Guo; Bin Tang; Baoliu Ye; Jing Li; Jie ZhangKeywords: NFV; Service function chain; Reliability; Deep reinforcement learning; Bounded approximationLink: DOI
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Monkey Business: Reinforcement learning meets neighborhood search for Virtual Network Embedding
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Multiagent Deep Reinforcement Learning for Cost- and Delay-Sensitive Virtual Network Function Placement and Routing
Publication: TCOM 2022 (CCF-B)Authors: Shaoyang Wang; Chau Yuen; Wei Ni; Yong Liang Guan; Tiejun LvKeywords: Deployment; Multiagent Deep Reinforcement Learning; deep deterministic policy gradientObjective: Cost -; Latency -Link: DOI
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A-DDPG: Attention Mechanism-based Deep Reinforcement Learning for NFV
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DDQP: A Double Deep Q-Learning Approach to Online Fault-Tolerant SFC Placement
Publication: TNSM 2021 (CCF-C; JCR-Q1)Authors: Lei Wang; Weixi Mao; Jin Zhao; Yuedong XuKeywords: Deployment; DDQNObjective: Acceptance rate +; Placement cost -Link: DOI
Earlier papers (19)
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DRL-SFCP: Adaptive Service Function Chains Placement with Deep Reinforcement Learning
Publication: ICC 2021 (CCF-C)Authors: Tianfu Wang; Qilin Fan; Xiuhua Li; Xu Zhang; Qingyu Xiong; Shu Fu; Min GaoKeywords: Deployment; GNN; GCN; Seq2Seq; GRU; A3CObjective: Placement cost -; Acceptance rate +Link: DOI, code, ResearchGate
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On the Effective Parallelization and Near-Optimal Deployment of Service Function Chains
Publication: TPDS 2021 (CCF-A)Authors: Jianzhen Luo; Jun Li; Lei Jiao; Jun CaiKeywords: Deployment; Parallelization; Viterbi Dynamic Programming algorithmObjective: Latency -Link: DOI
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A Continuous-Decision Virtual Network Embedding Scheme Relying on Reinforcement Learning
Publication: TNSM 2020 (CCF-C; JCR-Q1)Authors: Haipeng Yao; Sihan Ma; Jingjing Wang; Peiying Zhang; Chunxiao Jiang; Song GuoKeywords: Continuous-Decision; Time Series; RNN; Seq2SeqObjective: Long term average revenue to cost ratio +Link: DOI
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A Dynamic and Collaborative Multi-Layer Virtual Network Embedding Algorithm in SDN Based on Reinforcement Learning
Publication: TNSM 2020 (CCF-C; JCR-Q1)Authors: Meilian Lu; Yun Gu; Dongliang XieKeywords: Deployment; Collaborative; Multi-Layer; REINFORCEObjective: Acceptance rate +; Long-term average revenue +Link: DOI
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A Dynamic Reliability-Aware Service Placement for Network Function Virtualization (NFV)
Publication: JSAC 2020 (CCF-A)Authors: Mohammad Karimzadeh-Farshbafan; Vahid Shah-Mansouri; Dusit NiyatoKeywords: Deployment; Dynamic Reliability-aware; MDP (Markov Decision Process); Viterbi algorithmObjective: Acceptance rate +; Placement cost -Link: arXiv, published version
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Automatic Virtual Network Embedding: A Deep Reinforcement Learning Approach With Graph Convolutional Networks
Publication: JSAC 2020 (CCF-A)Authors: Zhongxia Yan; Jingguo Ge; Yulei Wu; Liangxiong Li; Tong LiKeywords: Deployment; A3C (Asynchronous Advantage Actor-Critic); GNN; GCN (Graph Convolutional Network)Objective: Acceptance rate +; Long-term average revenue +Link: DOI
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Dynamic Service Function Chain Embedding for NFV-Enabled IoT: A Deep Reinforcement Learning Approach
Publication: TWC 2020 (CCF-B)Authors: Xiaoyuan Fu; F. Richard Yu; Jingyu Wang; Qi Qi; Jianxin LiaoKeywords: Deployment; Latency; DQN; DynamicObjective: Acceptance rate +; Placement cost -Link: DOI
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MUVINE: Multi-Stage Virtual Network Embedding in Cloud Data Centers Using Reinforcement Learning-Based Predictions
Publication: JSAC 2020 (CCF-A)Authors: Hiren Kumar Thakkar; Chinmaya Kumar Dehury; Prasan Kumar SahooKeywords: Deployment; Q-learning; ML (Machine Learning); Multi-StageObjective: Long-term average revenue +; Placement cost -Link: arXiv, published version
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Optimal VNF Placement via Deep Reinforcement Learning in SDN/NFV-Enabled Networks
Publication: JSAC 2020 (CCF-A)Authors: Jianing Pei; Peilin Hong; Miao Pan; Jiangqing Liu; Jingsong ZhouKeywords: Deployment; DDQN (Double Deep Q Network); BIP (Binary Integer Programming)Objective: Acceptance rate +; Placement cost -Link: DOI
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Virtual Network Function Placement Optimization With Deep Reinforcement Learning
Publication: JSAC 2020 (CCF-A)Authors: Ruben Solozabal; Josu Ceberio; Aitor Sanchoyerto; Luis Zabala; Bego Blanco; Fidel LiberalKeywords: Deployment; PG (Policy Gradients); Attention; LSTM; PG (Policy Gradient); Seq2Seq (Sequence-to-Sequence)Objective: Acceptance rate +; Power consumption -; Energy consumption -Link: DOI
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Deep Reinforcement Learning Based VNF Management in Geo-distributed Edge Computing
Publication: ICDCS 2019 (CCF-B)Authors: Lin Gu; Deze Zeng; Wei Li; Song Guo; Albert Y. Zomaya; Hai JinKeywords: Deployment; DDPG; Latency; Scheduling; Latency-awareness; flow; DDPG (Deep Deterministic Policy Gradient)Objective: Acceptance rate +; Placement cost -; Latency -Link: DOI
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DeepViNE: Virtual Network Embedding with Deep Reinforcement Learning
Publication: INFOCOM Workshops 2019Authors: Mahdi Dolati; Seyedeh Bahereh Hassanpour; Majid Ghaderi; Ahmad KhonsariKeywords: Deployment; DQN (Deep Q Network); Multi-channels RepresentationsObjective: Acceptance rate +Link: DOI
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Multi-domain Non-cooperative VNF-FG Embedding: A Deep Reinforcement Learning Approach
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NFVdeep: Adaptive Online Service Function Chain Deployment with Deep Reinforcement Learning
Publication: IWQoS 2019 (CCF-B)Authors: Yikai Xiao; Qixia Zhang; Fangming Liu; Jia Wang; Miao Zhao; Zhongxing Zhang; Jiaxing ZhangKeywords: Deployment; PG (Policy Gradient); Serialization and Backtracking; Time SlotsObjective: Energy consumption -; Acceptance rate +Link: DOI
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VNE-TD: A virtual network embedding algorithm based on temporal-difference learning
Publication: CN 2019 (CCF-B)Authors: Sen Wang; Jun Bi; Jianping Wu; Athanasios V. Vasilakos; Qilin FanKeywords: Deployment; TD (Temporal Difference); GRC (Global Resource Control)Objective: Long-term time-average revenue +Link: DOI
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NeuroViNE: A Neural Preprocessor for Your Virtual Network Embedding Algorithm
Publication: INFOCOM 2018 (CCF-A)Authors: Andreas Blenk; Patrick Kalmbach; Johannes Zerwas; Michael Jarschel; Stefan Schmid; Wolfgang KellererKeywords: Deployment; Hopfield NetworkObjective: Revenue-cost ratio +; Running time -Link: DOI
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Virtual Network Embedding via Monte Carlo Tree Search
Publication: IEEE Transactions on Cybernetics 2018 (CCF-B)Authors: Soroush Haeri; Ljiljana TrajkovićKeywords: Deployment; MCTS (Monte Carlo Tree Search)Objective: Revenue-to-cost +; Acceptance rate +Link: DOI
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An Efficient Algorithm for Virtual Network Function Placement and Chaining
Publication: CCNC 2017Authors: Oussama Soualah; Marouen Mechtri; Chaima Ghribi; Djamal ZeghlacheKeywords: Deployment; MCTS (Monte Carlo Tree Search)Objective: Acceptance rate +Link: DOI
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MDP and Machine Learning-Based Cost-Optimization of Dynamic Resource Allocation for Network Function Virtualization
Publication: SCC 2015Authors: Runyu Shi; Jia Zhang; Wenjing Chu; Qihao Bao; Xiatao Jin; Chenran Gong; Qihao Zhu; Chang Yu; Steven RosenbergKeywords: Deployment; MDP; Bayesian learningObjective: Acceptance rate +Link: DOI
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CORMO-RAN: Energy Efficiency at the Near-RT RIC via Lossless Migration of O-RAN xApps
Publication: TMC 2026 (CCF-A)Authors: Antonio Calagna; Stefano Maxenti; Leonardo Bonati; Salvatore D’Oro; Tommaso Melodia; Carla Fabiana ChiasseriniKeywords: O-RAN; xApp migration; Near-RT RIC; Energy-aware orchestration; Traffic predictionObjective: Energy consumption -; Migration loss -; Resource utilization +Link: arXiv, published version
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Traffic Digital Twin-Enabled Orchestration and Scheduling in O-RAN: A Multi-Timescale Joint Optimization Approach
Publication: TMC 2026 (CCF-A)Authors: Yinlin Ren; Longyu Zhou; Shaoyong Guo; Xuesong Qiu; Tony Q. S. QuekKeywords: O-RAN; Traffic digital twin; Multi-timescale optimization; Functional orchestration; Resource schedulingObjective: End-to-end latency -; Resource utilization +; Service utility +Link: DOI
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Cost-Aware Neural Adaptive Scaling for vRAN Resource Allocation
Publication: TMC 2025 (CCF-A)Authors: Taeyun Kim; Daeyoung Jung; Yujin Kim; Sangheon PackKeywords: vRAN; Containerized network functions; Adaptive scaling; Neural resource allocation; Reconfiguration costObjective: Operating cost -; Energy consumption -; Service interruptions -Link: DOI
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Kairos: Energy-Efficient Radio Unit Control for O-RAN via Advanced Sleep Modes
Publication: INFOCOM 2025 (CCF-A)Authors: J. Xavier Salvat Lozano; Jose A. Ayala-Romero; Andres Garcia-Saavedra; Xavier Costa-PerezKeywords: O-RAN; Radio unit control; Advanced sleep modes; Data-driven scheduling; QoS constraintsObjective: Energy consumption -; QoS violations -; Scheduling latency -Link: arXiv, published version
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ATHENA: Machine Learning and Reasoning for Radio Resources Scheduling in vRAN Systems
Publication: JSAC 2024 (CCF-A)Authors: Nikolaos Apostolakis; Marco Gramaglia; Livia Elena Chatzieleftheriou; Tejas Subramanya; Albert Banchs; Henning SanneckKeywords: vRAN; Radio resource scheduling; Machine learning; ReasoningObjective: Resource utilization +; Service guarantees +Link: DOI
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Self-Learning Multi-Mode Slicing Mechanism for Dynamic Network Architectures
Publication: TON 2024 (CCF-A)Authors: Haitham H. Esmat; Beatriz LorenzoKeywords: Network slicing; Self-learning; Multi-mode operation; Dynamic architectureObjective: Utility +; Resource utilization +Link: DOI
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Traffic Prediction-Based VNF Auto-Scaling and Deployment Mechanism for Flexible and Elastic Service Provision
Publication: TSC 2024 (CCF-A)Authors: Bo Yi; Jiacheng Wang; Qiang He; Xingwei Wang; Min Huang; Sajal K. Das; Keqin LiKeywords: VNF auto-scaling; Traffic prediction; GRU; Elastic deployment; State cachingObjective: SLA violations -; Resource utilization +Link: DOI
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Train Once Apply Anywhere: Effective Scheduling for Network Function Chains Running on FUMES
Publication: INFOCOM 2024 (CCF-A)Authors: Marcel Blöcher; Nils Nedderhut; Pavel Chuprikov; Ramin Khalili; Patrick Eugster; Lin WangKeywords: Network function chain; Scheduling; Transferable learning; FUMESObjective: Scheduling performance +; Retraining cost -Link: DOI
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EdgeBOL: A Bayesian Learning Approach for the Joint Orchestration of vRANs and Mobile Edge AI
Publication: TON 2023 (CCF-A)Authors: Jose A. Ayala-Romero; Andres Garcia-Saavedra; Xavier Costa-Perez; George IosifidisKeywords: vRAN; Mobile edge AI; Bayesian online learning; Joint orchestration; Energy efficiencyLink: DOI
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Reliable Dynamic Service Chain Scheduling in 5G Networks
Publication: TMC 2023 (CCF-A)Authors: Lei Yang; Junzhong Jia; Hongcai Lin; Jiannong CaoKeywords: 5G; Service function chain; Dynamic scheduling; Reinforcement learning; ReliabilityLink: DOI
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Revenue-Optimal Auction for Resource Allocation in Wireless Virtualization: A Deep Learning Approach
Publication: TMC 2022 (CCF-A)Authors: Kun Zhu; Yuanyuan Xu; Qian Jun; Dusit NiyatoKeywords: Scheduling; Resource Allocation; AuctionObjective: Maximize MVNOs' own revenuesLink: DOI
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Reliability-aware Dynamic Service Chain Scheduling in 5G Networks based on Reinforcement Learning
Publication: INFOCOM 2021 (CCF-A)Authors: Junzhong Jia; Lei Yang; Jiannong CaoKeywords: Scheduling; MIIP; Reliability; Redundancy; A3C; TextCNNObjective: Decide the redundancy of the Scheduling while minimizing delayLink: DOI
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Towards Chain-Aware Scaling Detection in NFV with Reinforcement Learning
Publication: IWQoS 2021 (CCF-B)Authors: Lin He; Lishan Li; Ying LiuKeywords: Scaling; A3CObjective: Cost -Link: DOI
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Intelligent VNF Orchestration and Flow Scheduling via Model-Assisted Deep Reinforcement Learning
Publication: JSAC 2020 (CCF-A)Authors: Lin Gu; Deze Zeng; Wei Li; Song Guo; Albert Y. Zomaya; Hai JinKeywords: Scheduling; Latency-awareness; flow; DDPG (Deep Deterministic Policy Gradient)Objective: Maximize the overall network utility with the consideration of end-to-end delay and various costLink: DOI
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Management and Orchestration of Virtual Network Functions via Deep Reinforcement Learning
Publication: JSAC 2020 (CCF-A)Authors: Joan S. Pujol Roig; David M. Gutierrez-Estevez; Deniz GündüzKeywords: Scheduling; Chaining; Actor-CriticObjective: Cost -; QoS +Link: DOI
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Virtual Network Functions Migration Cost: from Identification to Prediction
Publication: CN 2020 (CCF-B)Authors: Rafael de Jesus Martins; Cristiano Bonato Both; Juliano Araújo Wickboldt; Lisandro Zambenedetti GranvilleKeywords: Scheduling; SL; Linear regressionObjective: A novel architecture for orchestrating and enforcing multi-domain SFCsLink: DOI
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Study of Reconfiguration Cost and Energy Aware VNE Policies in Cycle-Stationary Traffic Scenarios
Publication: JSAC 2016 (CCF-A)Authors: Vincenzo Eramo; Emanuele Miucci; Mostafa H. AmmarKeywords: Deployment; Reconfiguration; Joint; Energy; Cycle-Stationary Traffic; MDPObjective: Placement cost -Link: DOI
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Adaptive and Low-Cost Traffic Engineering: A Traffic Matrix Clustering Perspective
Publication: JSAC 2025 (CCF-A)Authors: Yi Liu; Nan Geng; Mingwei Xu; Yuan Yang; Enhuan Dong; Chenyi Liu; Qiaoyin Gan; Qing Li; Jianping WuKeywords: Traffic engineering; Traffic matrix clustering; Adaptive routing; Operating overheadObjective: Traffic engineering cost -; Routing overhead -; Load balance +Link: DOI
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Aether: Toward Generalized Traffic Engineering with Elastic Multi-agent Graph Transformers
Publication: INFOCOM 2025 (CCF-A)Authors: Yu Fan; Jingyao Liu; Pengjin Xie; Liang LiuKeywords: Traffic engineering; Multi-agent learning; Graph transformer; Cross-topology generalization; Elastic demandObjective: Traffic engineering performance +; Generalization +; Inference time -Link: DOI, code
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Hattrick: Solving Multi-Class TE using Neural Models
Publication: SIGCOMM 2025 (CCF-A)Authors: Abd AlRhman AlQiam; Zhuocong Li; Satyajeet Singh Ahuja; Zhaodong Wang; Ying Zhang; Sanjay G. Rao; Bruno Ribeiro; Mohit TawarmalaniKeywords: Multi-class traffic engineering; Neural optimization; Multi-task learning; WANObjective: Traffic engineering performance +; Optimization time -; Class priorities +Link: DOI
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Path-Based Graph Neural Network for Robust and Resilient Routing in Distributed Traffic Engineering
Publication: JSAC 2025 (CCF-A)Authors: Minghao Ye; Junjie Zhang; Zehua Guo; H. Jonathan ChaoKeywords: Distributed traffic engineering; Graph neural network; Robust routing; Link failures; Traffic fluctuationsObjective: Throughput +; Failure resilience +; Inference time -Link: DOI
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FlexDATE: Flexible and Disturbance-Aware Traffic Engineering With Reinforcement Learning in Software-Defined Networks
Publication: TON 2023 (CCF-A)Authors: Minghao Ye; Junjie Zhang; Zehua Guo; H. Jonathan ChaoKeywords: Software-defined networking; Traffic engineering; Reinforcement learning; Network disturbance; RoutingLink: DOI
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Teal: Learning-Accelerated Optimization of WAN Traffic Engineering
Publication: SIGCOMM 2023 (CCF-A)Authors: Zhiying Xu; Francis Y. Yan; Rachee Singh; Justin T. Chiu; Alexander M. Rush; Minlan YuKeywords: WAN; Traffic engineering; Graph neural network; Multi-agent reinforcement learning; Network optimizationLink: arXiv, published version
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DRL-OR: Deep Reinforcement Learning-based Online Routing for Multi-type Service Requirements
Publication: INFOCOM 2021 (CCF-A)Authors: Chenyi Liu; Mingwei Xu; Yuan Yang; Nan GengKeywords: Scheduling; Latency; Multi-agent; PPOLink: DOI
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Towards Real-Time Routing Optimization with Deep Reinforcement Learning: Open Challenges
Publication: INFOCOM 2021 (CCF-A)Authors: Paul Almasan; José Suárez-Varela; Bo Wu; Shihan Xiao; Pere Barlet-Ros; Albert Cabellos-AparicioKeywords: RL; GNN; PPOLink: arXiv
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A Multi-agent Reinforcement Learning Perspective on Distributed Traffic Engineering
Publication: ICNP 2020 (CCF-B)Authors: Nan Geng; Tian Lan; Vaneet Aggarwal; Yuan Yang; Mingwei XuKeywords: Scheduling; Multi-agent; Traffic EngineeringLink: DOI
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Unveiling the potential of Graph Neural Networks for network modeling and optimization in SDN
Publication: SOSR 2019Authors: Krzysztof Rusek; José Suárez-Varela; Albert Mestres; Pere Barlet-Ros; Albert Cabellos-AparicioKeywords: Routing; SL (Supervised Learning); GNNLink: arXiv
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Learning to Route
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Routing or Computing? The Paradigm Shift Towards Intelligent Computer Network Packet Transmission Based on Deep Learning
Publication: TC 2017 (CCF-A)Authors: Bomin Mao; Zubair Md. Fadlullah; Fengxiao Tang; Nei Kato; Osamu Akashi; Takeru Inoue; Kimihiro MizutaniKeywords: Routing; SL (Supervised Learning)Link: DOI
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Federated Multi-Discriminator BiWGAN-GP Based Collaborative Anomaly Detection for Virtualized Network Slicing
Publication: TMC 2022 (CCF-A)Authors: Weili Wang; Chengchao Liang; Lun Tang; Halim Yanikomeroglu; Qianbin ChenKeywords: Anomaly DetectionLink: DOI
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Near Optimal Learning-Driven Mechanisms for Stable NFV Markets in Multitier Cloud Networks
Publication: TON 2022 (CCF-A)Authors: Zichuan Xu; Haozhe Ren; Weifa Liang; Qiufen Xia; Wanlei Zhou; Pan Zhou; Wenzheng Xu; Guowei Wu; Mingchu LiKeywords: MarketLink: DOI
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Learning based E2E Energy Efficient in Joint Radio and NFV Resource Allocation for 5G and Beyond Networks
Publication: arXiv 2021Authors: Narges Gholipoor; Ali Nouruzi; Shima Salarhosseini; Mohammad Reza Javan; Nader Mokari; Eduard A. JorswieckLink: arXiv
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Service Function Chaining in MEC: A Mean-Field Game and Reinforcement Learning Approach
Publication: arXiv 2021Authors: Amine Abouaomar; Soumaya Cherkaoui; Zoubeir Mlika; Abdellatif KobbaneLink: arXiv, published version
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The Greatest Teacher, Failure is: Using Reinforcement Learning for SFC Placement Based on Availability and Energy Consumption
Publication: arXiv 2020Authors: Guto Leoni Santos; Theo Lynn; Judith Kelner; Patricia Takako EndoLink: arXiv
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Knowledge-Defined Networking
Publication: ACM SIGCOMM Computer Communication Review 2017Authors: Albert Mestres; Alberto Rodriguez-Natal; Josep Carner; Pere Barlet-Ros; Eduard Alarcón; Marc Solé; Victor Muntés-Mulero; David Meyer; Sharon Barkai; Mike J. Hibbett; Giovani Estrada; Khaldun Ma'ruf; Florin Coras; Vina Ermagan; Hugo Latapie; Chris Cassar; John Evans; Fabio Maino; Jean Walrand; Albert CabellosKeywords: Software-Defined Networking; Network Analytics; Artificial IntelligenceLink: arXiv, published version
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eBPFlow: A Hardware/Software Platform to Seamlessly Offload Network Functions Leveraging eBPF
Publication: TON 2024 (CCF-A)Authors: Racyus D. G. Pacífico; Lucas F. S. Duarte; Luiz F. M. Vieira; Barath Raghavan; José A. M. Nacif; Marcos A. M. VieiraKeywords: NFV; SDN; eBPF; FPGA; Network function offloadingObjective: Throughput +; Latency -Link: DOI
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Performance Tuning via Lean Measurements for Acceleration of Network Functions Virtualization
Publication: TON 2023 (CCF-A)Authors: Qiang Wu; Xiangping Bryce Zhai; Xi Liu; Chun-Ming Wu; Fangliang Lou; Hongke ZhangKeywords: AccelerationLink: DOI
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SDNShield: NFV-Based Defense Framework Against DDoS Attacks on SDN Control Plane
Publication: TON 2022 (CCF-A)Authors: Kuan-Yin Chen; Sen Liu; Yang Xu; Ishant Kumar Siddhrau; Siyu Zhou; Zehua Guo; H. Jonathan ChaoKeywords: AttackLink: DOI
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Automated SmartNIC Offloading Insights for Network Functions
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Bento: safely bringing network function virtualization to Tor
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vSFC: Generic and Agile Verification of Service Function Chains in the Cloud
Publication: TON 2021 (CCF-A)Authors: Xiaoli Zhang; Qi Li; Zeyu Zhang; Jianping Wu; Jiahai YangKeywords: VerificationLink: DOI
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When SRv6 meets 5G Core: Implementation and Deployment of a Network Service Chaining Function in SmartNICs
Publication: arXiv 2021Authors: Guilherme Matos; Fabio Luciano Verdi; Luis Miguel Contreras; Leandro C. de AlmeidaLink: arXiv
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Fault Tolerant Service Function Chaining
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Looking Glass of NFV: Inferring the Structure and State of NFV Network From External Observations
Publication: TON 2020 (CCF-A)Authors: Yilei Lin; Ting He; Shiqiang Wang; Kevin Chan; Stephen PasterisKeywords: FrameworkLink: DOI
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Adding Support for Automatic Enforcement of Security Policies in NFV Networks
Publication: TON 2019 (CCF-A)Authors: Cataldo Basile; Fulvio Valenza; Antonio Lioy; Diego R. Lopez; Antonio Pastor PeralesKeywords: SecurityLink: DOI
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Automated synthesis of adversarial workloads for network functions
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Design, Implementation and Verification of Cloud Architecture for Monitoring a Virtual Machine's Security Health
Publication: TC 2018 (CCF-A)Authors: Tianwei Zhang; Ruby B. LeeKeywords: SecurityLink: DOI
Contributions are welcome. The paper catalog in README.md is generated from the CSV sources in data/; do not edit the generated catalog directly.
- Add or update a fully quoted row in
data/papers.csv. - Add matching rows to
taxonomy.csvandprovenance.csv; register new venues or rank changes invenues.csv. - Use
;between multiple values and put the primarycategoriesanddirectionsvalue first. - Record reviewed candidates, including exclusions, in
screening.csv. - Regenerate and verify the website data, visualizations, and README:
python3 -m unittest discover -s tests -v
python3 scripts/validate_catalog.py
python3 scripts/generate_readme.py
python3 scripts/generate_readme.py --checkThe CSV schema is:
paper_id,title,categories,directions,venue,year,ranks,authors,keywords,objectives,paper_url,code_url,data_url,other_urls
Companion schemas and controlled values are documented in data/README.md. See docs/paper-search-and-screening.md for the review workflow.
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