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Online Identification of Groups of Flows Sharing a Network Bottleneck.

, , , , and . IEEE/ACM Trans. Netw., 28 (5): 2229-2242 (2020)

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Online Identification of Groups of Flows Sharing a Network Bottleneck., , , , and . IEEE/ACM Trans. Netw., 28 (5): 2229-2242 (2020)Follow the Model: How Recursive Networking Can Solve the Internet's Congestion Control Problems., , , and . ICNC, page 518-524. IEEE, (2020)Coupled congestion control for RTP media., , , and . CSWS@SIGCOMM, page 21-26. ACM, (2014)ctrlTCP: Reducing latency through coupled, heterogeneous multi-flow TCP congestion control., , , , , and . INFOCOM Workshops, page 214-219. IEEE, (2018)How to Control a TCP: Minimally-Invasive Congestion Management for Datacenters., , and . ICNC, page 121-125. IEEE, (2019)Investigating the Delay Impact of the DiffServ Code Point (DSCP)., , , , and . ICNC, page 612-616. IEEE, (2019)Lightweight and flexible single-path congestion control coupling., , and . NOMS, page 1-6. IEEE, (2018)fling: A Flexible Ping for Middlebox Measurements., , , , and . ITC, page 134-142. IEEE, (2017)Start Me Up: Determining and Sharing TCP's Initial Congestion Window., and . ANRW, page 52-54. ACM, (2016)How not to IETF: Lessons Learned From Failed Standardization Attempts., , , , and . PerCom Workshops, page 427-432. IEEE, (2023)