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Company Telecom Infrastructure Task Force / Intel Corp. / / / Event Product Issues / / Facility University of Illinois / / IndustryTerm link level protocol / channel error wireless networks / snoop protocol / prevalent congestion control protocol / transport level protocol / congestion recovery algorithms / congestion avoidance algorithm / receivers/network routers / wireless network / wireless networking / retransmission/recovery algorithms / wireless link / wireless channel errors / considerable processing / intermediate router / retransmit/recovery algorithm / wired Internet / congestion response algorithms / transport protocol / desired sending rate using rate control algorithm / recovery algorithms / retransmit/recovery algorithms / wireless networks / / Organization University of Illinois / ELN / Telecom Infrastructure Task Force / National Science Foundation / Texas Informatics and Telecom Infrastructure Task Force / Texas Higher Education Board / Texas A & M University / / Person Nitin Vaidya / / / Position quite straight forward / but depends on the clock granularity / / Product implementation / / Technology retransmission/recovery algorithms / TCP protocol / intermediate router / desired sending rate using rate control algorithm / receivers/network routers / TCP-SACK protocol / retransmit/recovery algorithms / TCP-DCR protocol / flow control / Delayed Congestion Response TCP protocol / TCPW algorithm / retransmit/recovery algorithm / recovery algorithms / transport protocol / link level protocol / congestion avoidance algorithm / transport level protocol / prevalent congestion control protocol / congestion response algorithms / snoop protocol / congestion recovery algorithms / / SocialTag 
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