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On the Resilience of SACK and NewReno TCP
White Paper For SACK and NewReno TCP, the paper finds that a restoration objective of 600 ms to 1 s is appropriate. The de facto requirement in traditional telephone networks is to restore failures in 50 milliseconds or less. [14 Jan 2008]
Simulation-Based Analysis of TCP Behavior Over Hybrid Wireless & Wired Networks
White Paper This paper describes an ns-based simulation analysis of TCP Tahoe, Reno, NewReno and SACK congestion control over hybrid wireless and wired networks. The paper compares the throughput performance between the four TCP versions. [14 Jan 2008]
On the Performance of TCP Loss Recovery Mechanisms
White Paper The TCP extensions: NewReno, SACK and Limited Transmit, are compared under different traffic scenarios. This paper compares TCP Loss Recovery mechanisms that were proposed by the IETF to overcome TCP Reno lack of ability to recover efficiently from... [14 Jan 2008]
Energy Consumption of TCP Reno, NewReno, and SACK in Multi-Hop Wireless Networks
White Paper This paper compares the energy consumption behavior of three versions of TCP - Reno, Newreno, and SACK. The results indicate that, in most cases, using total energy consumed as the metric, SACK outperforms Newreno and Reno while Newreno performs... [05 Dec 2007]
OPNET Model of TCP With Adaptive Delay and Loss Response for Broadband GEO Satellite Networks
White Paper It evaluates and compare the performance of TCP-ADaLR, TCP SACK, and TCP NewReno, with and without delayed acknowledgment. Transmission Control Protocol (TCP) provides reliable transport services for Internet applications. [05 Dec 2007]
M-TCP+: Using Disconnection Feedback to Improve Performance of TCP in Wired/Wireless Networks
White Paper The paper compares the performance of the MTCP+ algorithm with the performance of M-TCP, TCP NewReno, and TCP SACK in both the absence and the presence of disconnections for a file transfer protocol (download) application. [05 Dec 2007]
Comparison of ECN-ELFN and SACK on TCP's Performance for Ad Hoc Networks
White Paper They also implemented Explicit Link Failure Notification (ELFN) and Explicit Congestion Notification (ECN) in Newreno and measured its performance. The authors implemented a testbed and measured the actual energy cost as well as goodput of running... [05 Dec 2007]
Energy Consumption of TCP in Ad Hoc Networks
White Paper A testbed is implemented and the actual energy cost as well as goodput of running TCP Reno, Newreno, SACK (Selective ACKnowledgement) and a version that combines Explicit Link Failure Notification (ELFN) [7] and Explicit Congestion Notification... [05 Dec 2007]
TCP Pacing Revisited
White Paper The paper analysis how these factors play out for different TCP implementations (Reno, NewReno, SACK, FACK) and new high-speed TCP protocols (BIC-TCP and FAST). It was found that pacing primarily has three effects: reduced burstiness of traffic... [30 Oct 2007]
TCP Congestion Control in Fast Long-Distance Networks
White Paper TCP congestion control is currently based on Jacobson's algorithms (slow-start and congestion avoidance), devised back in 1988, with improvements such as SACK and NewReno. Although TCP has proved remarkably flexible thus far and managed to adapt to... [29 Oct 2007]
The Rate-Halving Algorithm for TCP Congestion Control
White Paper Since it is largely independent of the details of the data retransmission strategy, the Rate-Halving algorithm can be used with several standard and experimental TCP implementations: NewReno, SACK, and ECN. [24 Feb 2004]
