Demystifying and mitigating TCP stalls at the server side
Author:
Affiliation:
1. ICT-CAS and Uni. of CAS
2. ICT-CAS
3. QMUL
4. CMU
5. Qihoo 360
Publisher
ACM
Link
https://dl.acm.org/doi/pdf/10.1145/2716281.2836094
Reference26 articles.
1. M. Allman K. Avrachenkov U. Ayesta J. Blanton and P. Hurtig. Early retransmit for tcp and stream control transmission protocol (sctp) 2010. RFC 5827. M. Allman K. Avrachenkov U. Ayesta J. Blanton and P. Hurtig. Early retransmit for tcp and stream control transmission protocol (sctp) 2010. RFC 5827.
2. M. Allman H. Balakrishnan and S. Floyd. Enhancing tcp's loss recovery using limited transmit 2001. RFC 3042. M. Allman H. Balakrishnan and S. Floyd. Enhancing tcp's loss recovery using limited transmit 2001. RFC 3042.
3. E. Blanton and M. Allman. Using tcp duplicate selective acknowledgement (dsacks) and stream control transmission protocol (sctp) duplicate transmission sequence numbers (tsns) to detect spurious retransmissions 2004. RFC 3078. E. Blanton and M. Allman. Using tcp duplicate selective acknowledgement (dsacks) and stream control transmission protocol (sctp) duplicate transmission sequence numbers (tsns) to detect spurious retransmissions 2004. RFC 3078.
4. E. Blanton M. Allman L. Wang I. Jarvinen M. Kojo and Y. Nishida. A conservative loss recovery algorithm based on selective acknowledgment (sack) for tcp 2012. RFC 6675 (Proposed Standard). E. Blanton M. Allman L. Wang I. Jarvinen M. Kojo and Y. Nishida. A conservative loss recovery algorithm based on selective acknowledgment (sack) for tcp 2012. RFC 6675 (Proposed Standard).
5. R. Braden. Requirements for internet hosts 1989. RFC 1122. R. Braden. Requirements for internet hosts 1989. RFC 1122.
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