… probability below the inverse square of the bandwidth-delay product, then our results also
imply that TCP performance would not be seriously affected. The results of this paper could …

… to improve its performance. We present an extension … TCP Santa CNZ which improves TCP
performance over lossy wireless links. TCP has no mechanism to differentiate random losses …

… in this paper, viz., TCP performance with a slow ACK channel … The system model and relevant
aspects of TCP are described … random loss can have a significant impact on performance. …

… poor performance over paths experiencing random losses … losses from random losses is
particularly hard when congestion is light: congestion losses themselves appear to be random. …

… large coarse timeout granularity seriously affects the performance of TCP, and the various
protocol versions differ in their ability to avoid a coarse timeout when random loss occurs; we …

… available which uses TCP for MANET. In this paper, an attempt have been made to justify
the use of TCP variants (Tahoe and Reno) for loss of packet due to random noise introduces in …

… study the performance of CTCP under random losses. This … of random traffic fluctuations on
the performance of TCP Reno. … does capture the behavior of TCP Reno in several real cases (…

… 4 and 5, we study the effect of adding random overhead and using RED gateway on TCP …
throughput, goodput, loss rate, and roundtrip bias of TCP connections under RED gateways …

… We present the impact of the new characteristics of Internet paths on TCP performance,
mainly the bandwidth-delay product, round-trip time, noncongestion losses, and bandwidth …

… performance of a TCP connection experiencing packet loss, which occurs in clumps, we
introduce a model in which the occurrence of a clump of packet losses … , the random variable X1 …