E-RTO: an enhanced TCP retransmission timeout algorithm using SACK option. Abstract: The TCP protocol has been widely accepted as a de facto standard for ...
Abstract— The TCP Protocol has been widely accepted as a de facto standard for reliable transport of application traffic in the. Internet society.
In the E-RTO algorithm (Lee and Kwon, 2006) , a TCP sender transmits a new data segment on retransmission timeout, instead of the oldest unacknowledged segment.
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Dive into the research topics of 'E-RTO: an enhanced TCP retransmission timeout algorithm using SACK option.'. Together they form a unique fingerprint. Sort by ...
A new TCP sender algorithm for recovery after a retransmission timeout is introduced and it is shown that unnecessary retransmissions after a spurious ...
Bibliographic details on E-RTO: an enhanced TCP retransmission timeout algorithm using SACK option.
The key idea is that at the time of RTO, the TCP sender enters the slowstart algorithm, retransmits one outstanding packet, and then monitors the first incoming ...
Apr 1, 2003 · We introduce a new TCP sender algorithm for recovery after a retransmission timeout and show that unnecessary retransmissions after a spurious ...
This algorithm SHOULD NOT be applied if the TCP sender is already in SACK loss recovery when retransmission timeout occurs. However, when retransmission timeout ...
Dec 20, 2018 · ... TCP sender MAY apply the SACK- enhanced F-RTO algorithm. If the sender applies the SACK-enhanced F-RTO algorithm, it MUST follow the steps below ...