Table of Contents
Modeling TCP Reno with RED
Road map
Motivation
Road map
TCP
TCP
TCP Reno: slow start
TCP Reno: congestion avoidance
TCP Reno: fast retransmission and fast recovery
TCP Reno
TCP Reno: timeout
TCP Reno
AQM: Active Queue Management
RED
RED
RED
RED
Road map
Modeling methodology
Model methodology
Assumptions
Model simplifications
TCP Reno
Model simplifications
Network topology
Parameters and variables
TCP Reno with RED: discrete model
TCP Reno with RED: discrete model
TCP Reno with RED: discrete model
TCP Reno with RED: discrete model
Road map
Model validation
Simulation scenario
Default parameters
Simulation results
Window size: waveforms
Average queue size: waveforms
Model validation for wq
Model validation for wq
Model validation for wq
Model validation for wq
Model validation for pmax
Model validation for pmax
Model validation for pmax
Model validation for qmax and qmin
Model validation for qmax and qmin
Model validation for qmax and qmin
Road map
Model summary
RED parameters: discussion
RED parameters: discussion
Road map
Future work
References
References
References
PPT Slide
TCP Reno: timeout
TCP Reno: timeout
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