tcp - ip congestion control protocol
Congestion and Corruption Loss Detection With Enhanced-TCP
White Paper This paper presents how TCP is tuned to differentiate between corruption and congestion losses. In the Internet area, the Transmission Control Protocol (TCP) is the most commonly used transport protocol. [14 Jan 2008]
Improving the Performance of TCP on Guaranteed Bandwidth Connections
White Paper The congestion control mechanisms like slow start and congestion avoidance have to be revised in the context of guaranteed services, where no congestions occur for special flows. This paper discusses the performance of the Transmission Control... [14 Jan 2008]
ATCP: TCP for Mobile Ad Hoc Networks
White Paper If one runs Transmission Control Protocol (TCP) over such connections, the throughput of the connection is observed to be extremely poor because TCP treats lost or delayed acknowledgments as congestion. [14 Jan 2008]
TCP Performance Over End-to-End Rate Control and Stochastic Available Capacity
White Paper Motivated by TCP over end-to-end ABR, this paper studies the performance of adaptive window congestion control, when it operates over an explicit feedback rate-control mechanism, in a situation in which the bandwidth available to the elastic... [14 Jan 2008]
TCP-Africa: An Adaptive and Fair Rapid Increase Rule for Scalable TCP
White Paper In congestion avoidance TCP is not swift enough to fully utilize resources over paths with a high delay bandwidth product. The default transport control protocol for best effort data traffic is currently TCP, which does not scale well to 100Mbps... [14 Jan 2008]
Equation-Based Approach to TCP-Compatible Multicast Congestion Control for Layered Transmission in Low-Multiplexing Environments
White Paper In this paper, the applicability of an equation-based mechanism to congestion control for a protocol which bases its join and leave actions on the calculation of the TCP response function is investigated. [14 Jan 2008]
Harnessing TCP's Burstiness With Flowlet Switching
White Paper A particular aim here is to avoid so-called congestion collapse, prevalent in the late 1980s prior to the inclusion of congestion control functionality in TCP. Second, it enforces congestion control. In particular, the TCP transport protocol is... [14 Jan 2008]
Revisiting the Fair Queueing Paradigm for End-to-End Congestion Control
White Paper Today, the dominant paradigm for congestion control in the Internet is based on the notion of TCP-friendliness. However, with the success of the Internet comes the deployment of an increasing number of applications that do not use TCP as a... [14 Jan 2008]
Model-Based Loss Inference by TCP Over Heterogeneous Networks
White Paper This paper investigates a Bayesian approach to infer at the source host the reason of a packet loss, whether congestion or wireless transmission error. The Transmission Control Protocol (TCP) has been the protocol of choice for many Internet... [14 Jan 2008]
Multiplexing TCP Traffic Over Wide-Area ATM Networks
White Paper Sources obey new empirical models of network applications and use the TCP transport level protocol with the slow-start congestion control algorithm. This paper explores the effects of network-level multiplexing policies on application-level... [14 Jan 2008]
Jointly Coordinating ECN and TCP for Rapid Adaptation to Varying Bandwidth
White Paper By making routers mark packets in a much more aggressive manner, the authors are able to achieve fast backoff in the network without resorting to TCP's current drastic step of halving the congestion window. [14 Jan 2008]
TCP Extension for Wireless
White Paper TCP interprets these losses as that due to congestion and invokes the congestion control mechanisms that results in performance degradation. Transport Control Protocol is a ubiquitous protocol that performs well in the terrestrial networks where... [14 Jan 2008]
TCP: Error Handling With Explicit Notification Schemes
White Paper In this paper I describe the schemes namely Explicit Loss Notification Schemes (ELN schemes) or Explicit Transport Error Notification Schemes (ETEN schemes) that allow the transport protocol to distinguish between a loss due to congestion and a... [14 Jan 2008]
Performance Impact of Interaction of ARQ Error Control in Layer 2 and Handover Control in Layer 3 on Wireless TCP
White Paper In wireless environment, TCP suffers from significant performance degradation due to bit errors on wireless link and handover because it responds to all packet losses by invoking congestion control even though packet losses are not related to... [14 Jan 2008]
Global Stability of Congestion Control Algorithms Without Network Delay
White Paper Assuming no network delays and with appropriate queue management at the links, one develops in this paper two classes of Transmission Control Protocol (TCP) algorithms with which the network is globally asymptotically stable and one TCP algorithm... [14 Jan 2008]
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