We develop a Markov model for a TCP CUBIC connection. Next we use it to obtain approximate expressions for throughput when there may be queuing in the network. Finally we provide the throughputs different TCP CUBIC and TCP NewReno connections obtain while sharing a channel when they may have different round trip delays and packet loss probabilities
The success of the current Internet relies to a large extent on a cooperation between the users and ...
TCP NewReno is one of the most widely deployed TCP versions in today's Internet. However, a full und...
textabstractWe study a TCP-like linear-increase multiplicative-decrease flow control mechanism. We c...
We develop a Markov model for a TCP CUBIC connection. Next we use it to obtain approximate expressio...
Abstract-We develop a Markov model for a TCP CUBIC connection. Next we use it to obtain approximate ...
We consider a multihop network when the flows may be using TCP Reno, CUBIC or Compound. We study its...
We study a system of multiple routers traversed by multiple TCP connections using TCP New Reno, CUBI...
We consider a simplified model for the rate control of TCP sources. In particular, we assume idealiz...
Different from previous TCP (transmission control program) modeling works, this paper presents a mor...
Abstract—The paper presents a technique for computing the individual throughputs and the average que...
In this paper, we derive an expression for computing the average window size of a single TCP CUBIC c...
The incompatibility between traffic load and network processing/communication capacities brings netw...
Continuous media (CM) applications such as streaming audio and video are being rapidly deployed thro...
Scalable TCP (STCP) has been proposed a congestion control algorithm for high speed networks. We pre...
This paper explores the validity of various models which have been proposed in recent years to analy...
The success of the current Internet relies to a large extent on a cooperation between the users and ...
TCP NewReno is one of the most widely deployed TCP versions in today's Internet. However, a full und...
textabstractWe study a TCP-like linear-increase multiplicative-decrease flow control mechanism. We c...
We develop a Markov model for a TCP CUBIC connection. Next we use it to obtain approximate expressio...
Abstract-We develop a Markov model for a TCP CUBIC connection. Next we use it to obtain approximate ...
We consider a multihop network when the flows may be using TCP Reno, CUBIC or Compound. We study its...
We study a system of multiple routers traversed by multiple TCP connections using TCP New Reno, CUBI...
We consider a simplified model for the rate control of TCP sources. In particular, we assume idealiz...
Different from previous TCP (transmission control program) modeling works, this paper presents a mor...
Abstract—The paper presents a technique for computing the individual throughputs and the average que...
In this paper, we derive an expression for computing the average window size of a single TCP CUBIC c...
The incompatibility between traffic load and network processing/communication capacities brings netw...
Continuous media (CM) applications such as streaming audio and video are being rapidly deployed thro...
Scalable TCP (STCP) has been proposed a congestion control algorithm for high speed networks. We pre...
This paper explores the validity of various models which have been proposed in recent years to analy...
The success of the current Internet relies to a large extent on a cooperation between the users and ...
TCP NewReno is one of the most widely deployed TCP versions in today's Internet. However, a full und...
textabstractWe study a TCP-like linear-increase multiplicative-decrease flow control mechanism. We c...
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