From Wikipedia, the free encyclopedia

In the field of computer networking, TCP pacing is the denomination of a set of techniques to make the pattern of packet transmission generated by the Transmission Control Protocol less bursty. [1] It can be conducted by the network scheduler.

Bursty traffic can lead to higher queuing delays, more packet losses and lower throughput. [2] However it has been observed that TCP's congestion control mechanisms may lead to bursty traffic on high bandwidth and highly multiplexed networks, [3] a proposed solution to this problem is TCP pacing. TCP pacing involves evenly spacing data transmissions across a round-trip time. [1]

See also

References

  1. ^ Wei, D., Pei Cao, S. Low. " TCP pacing revisited."
  2. ^ Kleinrock, L (1975). Queueing systems. Wiley J. OCLC  25403139.
  3. ^ Zhang, Lixia; Shenker, Scott; Clark, Daivd D. (August 1991). "Observations on the dynamics of a congestion control algorithm". Proceedings of the conference on Communications architecture & protocols. New York, NY, USA: ACM. pp. 133–147. doi: 10.1145/115992.116006. ISBN  0897914449. S2CID  7824777.
From Wikipedia, the free encyclopedia

In the field of computer networking, TCP pacing is the denomination of a set of techniques to make the pattern of packet transmission generated by the Transmission Control Protocol less bursty. [1] It can be conducted by the network scheduler.

Bursty traffic can lead to higher queuing delays, more packet losses and lower throughput. [2] However it has been observed that TCP's congestion control mechanisms may lead to bursty traffic on high bandwidth and highly multiplexed networks, [3] a proposed solution to this problem is TCP pacing. TCP pacing involves evenly spacing data transmissions across a round-trip time. [1]

See also

References

  1. ^ Wei, D., Pei Cao, S. Low. " TCP pacing revisited."
  2. ^ Kleinrock, L (1975). Queueing systems. Wiley J. OCLC  25403139.
  3. ^ Zhang, Lixia; Shenker, Scott; Clark, Daivd D. (August 1991). "Observations on the dynamics of a congestion control algorithm". Proceedings of the conference on Communications architecture & protocols. New York, NY, USA: ACM. pp. 133–147. doi: 10.1145/115992.116006. ISBN  0897914449. S2CID  7824777.

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