We study through simulations the transient performance deterioration on an overloaded link and compare the results with the processor sharing model.

We study through simulations the transient performance deterioration on an overloaded link and compare the results with the processor sharing model.

Once TCP senders overload the router queues, they will start to drop packets. TCP will see these packet drops due to a queuing bottleneck as network ...

In order to study the state of congestion in the TCP/IP networks designed discrete nonlinear system. The adequacy of the developed system is confirmed.

The main contribution of this work is a simulation study of TCP's behavior when many active flows compete for bandwidth over the same link. The simulations ...

A deeper understanding of how packet drop occurs in a network is gained from the simulation study in Paper 4 [57]. We investigate how the packet loss rate.

This document covers some simulation studies of the effects of increasing the initial window size of TCP.

This document covers some simulation studies of the effects of increasing the initial window size of TCP. ... overload. Table 1: Median web page delay (in ms). # ...

ABSTRACT. This p/aper investigates the performance of TCP within wide area networks and qualifies the impact of its built-in congestion.

Simulation based on this analytical model runs much faster than event-driven simulation, which needs to track thousands of retransmission timers for outstanding ...