… random losses. This model has been widely used in the literature (eg [11,12,13]) to analyze
the influence of random traffic fluctuations on the performance of TCP … behavior of TCP Reno …

… both delaybased and greedy loss-based flows. In this paper, we propose a novel Compound
TCP (CTCP) … We configured DummyNet to generate random packet losses. We varied the …

… under random losses. … TCP performance under random losses : random losses harm the
performance of the current New Reno TCP on high speed optical links and random losses are …

… We artificially add random losses on the bottleneck link, and the packet loss rate varies
from 10-2 to 10-6. For each loss rate, we test 4 flows of CTCP, HSTCP, and regular TCP, …

… for throughput of TCP Compound connections under random losses. … losses using Markovian
models. In [28], we develop Markov models for TCP Compound under random losses, also …

… We consider the impact of correlated buffer loss and wireless channel errors. A Compound
TCP DATA packet that is lost due to buffer overflow at the AP will not be further dropped at the …

… lead to a simplified version of Compound TCP. For Compound TCP we assume that the sender
… In both cases, given the random losses, we think that the influence of these algorithms is …

… Illinois and Compound TCP. These tests are for relatively … We observe that both TCP Illinois
and Compound TCP can … ) vs loss rate for a single flow and randomly generated losses. …

… In this paper, we will consider that random losses for the network depicted in Fig. 1 can occur
… seen as limiting cases for scenarios where random loss rates are not the same for all links. …

… to random losses. Based on the gained insight, we define Yet Another High-speed TCP, as a
… Compound TCP borrows from Africa TCP the idea to be aggressive only when the capacity …