Toward greater scavenger congestion control deployment: implementations and interfaces
Toward greater scavenger congestion control deployment: implementations and interfaces
复制标题
实现更好的清道夫拥塞控制部署：实现和接口
DOI：
10.1145/3472305.3472323
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发表时间：
2021
期刊：
影响因子：
--
通讯作者：
Schapira, Michael
中科院分区：
文献类型：
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作者：
Meng, Tong;Cai, Christopher;Godfrey, Brighten;Schapira, Michael
Internet上的异构应用程序和有限的带宽激发了最近对清道夫拥塞控制的研究，清道夫拥塞控制为竞争的主要流量提供带宽，以增加网络范围的效用。尽管潜在的用例非常普遍，但部署仍然有限，部分原因是协议设计不成熟、缺乏开源代码和有限的实验评估。在这项工作中，我们通过提供(1)两个最近的清除器提案PCC Proteus（基于quic）和ledbat++的开源实现来扩展最近的清除器进展；(2)两者在现实网络设置中的早期基准测试；(3)讨论应用程序利用清道夫拥塞控制所需的api。最终，我们希望这一行的工作将导致进一步的社区讨论、开放开发和部署清除器，从而为用户带来更好的体验质量。
Heterogeneous applications and restricted bandwidth on the Internet have motivated recent works on scavenger congestion control, which yields bandwidth to competing primary traffic for increased network-wide utility. Although potential use cases are quite common, deployments are as yet limited, in part due to protocol design immaturity, lack of open source code, and limited experimental evaluation. In this work, we extend recent scavenger advances by providing (1) open-source implementations of two recent scavenger proposals, PCC Proteus (QUIC-based) and LEDBAT++; (2) early benchmarks of the two in a realistic network setup; and (3) a discussion of APIs needed for applications to take advantage of scavenger congestion control. Ultimately, we hope this line of work will lead to further community discussion, open development, and deployment of scavengers yielding better quality of experience for users.