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Analysis of TCP transient behavior and its effect on file transfer latency
By: Mingyan Liu; Ehsan, N.;
2003 / IEEE / 0-7803-7802-4
Description
This item was taken from the IEEE Conference ' Analysis of TCP transient behavior and its effect on file transfer latency ' In this paper we present a Markov chain for TCP congestion avoidance phase. With this model we are able to analyze congestion window behavior as a discrete-time stochastic process and distinguish between window transient period and steady state. Using this result we are able to obtain more accurate estimate of TCP latency over lossy links compared to existing models. We then simplify the proposed model and show that the transient period evolves with an exponential rate. Our results are validated using NS2 simulation and show significant improvement in latency estimate for a wide range of file sizes.
Related Topics
File Organisation
Transient Analysis
Markov Processes
Eigenvalues And Eigenfunctions
Telecommunication Traffic
Ns2 Simulation
Tcp
Transient Behavior
File Transfer Latency
Congestion Avoidance Phase
Discrete-time Stochastic Process
Steady State
Lossy Links
Transient Analysis
Delay
Steady-state
Throughput
Stochastic Processes
Transport Protocols
Analytical Models
Internet
Traffic Control
State Estimation
Transport Protocols
Internet
Engineering
Markov Chain