tcp reno
RSS tcp renoEffect of Delay Spike on SCTP, TCP Reno, and Eifel in a Wireless Mobile Environment
White Paper This paper has shown that although Eifel performs better than TCP Reno and SCTP when there are no packet losses, the opposite is true when packets are lost in the presence of delay spikes. The results also show that a higher link bandwidth does not... [14 Jan 2008]
Fairness Comparisons Between TCP Reno and TCP Vegas for Future Deployment of TCP Vegas
White Paper TCP Vegas version is expected to achieve higher throughput than TCP Tahoe and Reno versions, which are currently used in the Internet. This paper focuses on the situation where multiple TCP Reno and Vegas connections coexist at the bottleneck... [14 Jan 2008]
Impact of Segments Aggregation on TCP Reno Flows in Optical Burst Switching Networks
White Paper This paper studies the Optical Burst Switching (OBS) paradigm for the support of the TCP flows in an All Optical Network (AON). It analyzes the TCP send rate, i.e.the amount of data sent per time unit, taking into account of the burst assembly... [14 Jan 2008]
TCP Westwood: End-to-End Congestion Control for Wired/Wireless Networks
White Paper TCP Westwood (TCPW) is a sender-side modification of the TCP congestion window algorithm that improves upon the performance of TCP Reno in wired as well as wireless networks. In fact, TCPW performance is not very sensitive to random errors, while... [14 Jan 2008]
TCP Westwood and Easy RED to Improve Fairness in High-Speed Networks
White Paper TCP Westwood (TCPW) is a sender-side only modification of TCP Reno congestion control, which exploits end-to-end bandwidth estimation to properly set the values of slow-start threshold and congestion window after a congestion episode. [14 Jan 2008]
Performance Evaluation of Westwood+ TCP Congestion Control
White Paper Westwood+ TCP is a sender-side only modification of the classic Tahoe/Reno TCP that has been recently proposed to improve fairness and efficiency of TCP. This paper reports experimental results that have been obtained running Linux 2.2.20... [14 Jan 2008]
Performance Evaluation and Comparison of Westwood+, New Reno, and Vegas TCP Congestion Control
White Paper During the last decade, many congestion control algorithms have been proposed to improve the classic Tahoe/Reno TCP congestion control. This paper aims at evaluating and comparing three control algorithms, which are Westwood+, New Reno and Vegas... [14 Jan 2008]
TCP Implementations and False Time Out Detection in OBS Networks
White Paper This paper compares Reno, New-Reno and Selective Acknowledgements (SACK), the three most common TCP implementations today in (future) optical burst switched (OBS) networks. In general, SACK, which considers multiple Triple Duplicated ACKed (TD... [14 Jan 2008]
A Case for TCP Vegas in High-Performance Computational Grids
White Paper Of the available TCP implementations, TCP Reno and its variants are the most widely deployed; however, Reno's performance in computational grids is mediocre at best. This paper focuses on the two most debated versions of TCP - Reno and Vegas. [14 Jan 2008]
Modeling the Throughput of TCP Vegas
White Paper Similar models have previously been developed for TCP Reno. However, several aspects of TCP Vegas need to be treated differently than their counterparts in Reno. Previous analytic models of TCP Vegas throughput have been developed for loss-free... [14 Jan 2008]
A Hybrid Systems Framework for TCP Congestion Control: A Theoretical Model and Its Simulation-Based Validation
White Paper The existence of several versions of TCP such as TCP-Tahoe, Reno, Vegas, New Reno, and Selective Acknowledgement (SACK) is evidence of the attention TCP has received over the years. This paper makes use of hybrid systems to model the transient and... [14 Jan 2008]
On the Transient Behavior of TCP Vegas
White Paper Research has shown that TCP Vegas performs better than TCP Reno with respect to overall network utilization, stability, fairness, throughput, packet loss, and burstiness. This paper analyzes and improve the transient behavior of TCP Vegas, an... [14 Jan 2008]
On the Performance of TCP Loss Recovery Mechanisms
White Paper This paper compares TCP Loss Recovery mechanisms that were proposed by the IETF to overcome TCP Reno lack of ability to recover efficiently from multiple losses in a single transmission window. The TCP extensions: NewReno, SACK and Limited Transmit... [14 Jan 2008]
TCP Vegas-A: Improving the Performance of TCP Vegas
White Paper While it has been shown that TCP Vegas provides better performance compared to TCP Reno, studies have identified various issues associated with the protocol. This paper proposes modifications to the congestion avoidance mechanism of the TCP Vegas... [14 Jan 2008]
Effect of Large Buffers on TCP Queueing Behavior
White Paper Using a simple model of saturated, synchronized and homogeneous sources of TCP Reno with drop-tail queue management and a discrete-time framework, the paper derives formulae for stationary as well as transient queueing behavior that shed light on... [14 Jan 2008]
