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Improving the Path Programmability for Software-Defined WANs under Multiple Controller Failures.

, , and . IWQoS, page 1-10. IEEE, (2020)

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Poster: Enabling Fast Forwarding in Hybrid Software-Defined Networks., , , , , and . ICNP, page 1-2. IEEE, (2021)Matchmaker: Maintaining network programmability for Software-Defined WANs under multiple controller failures., , , , , and . Comput. Networks, (2021)HybridFlow: Achieving Load Balancing in Software-Defined WANs With Scalable Routing., , , , , and . IEEE Trans. Commun., 69 (8): 5255-5268 (2021)Prophet: Traffic Engineering-Centric Traffic Matrix Prediction., , , , , , and . IEEE/ACM Trans. Netw., 32 (1): 822-832 (February 2024)Maintaining QoS-aware and Resilient Path Programmability for Metaverse in SD-WANs., , and . ACM TUR-C, page 81-82. ACM, (2023)Video Quality and Popularity-aware Video Caching in Content Delivery Networks., , , and . ICWS, page 648-650. IEEE, (2021)Low Control Latency SD-WANs for Metaverse., , , , , and . ICDCS Workshops, page 266-271. IEEE, (2022)Improving the Path Programmability for Software-Defined WANs under Multiple Controller Failures., , and . IWQoS, page 1-10. IEEE, (2020)RateSheriff: Multipath Flow-aware and Resource Efficient Rate Limiter Placement for Data Center Networks., , , , and . IWQoS, page 1-10. IEEE, (2023)ProgrammabilityMedic: Predictable Path Programmability Recovery under Multiple Controller Failures in SD-WANs., , and . ICDCS, page 461-471. IEEE, (2021)