文件列表:

1-MD1 (0, 2012-11-10)
1-MD1\md1.tcl (3059, 2012-11-10)
1-MD1\outputs (0, 2012-11-10)
1-MD1\outputs\AvgQlengthVsTime.png (4586, 2012-11-10)
1-MD1\outputs\AvgQlengthVsTime1200.png (4461, 2012-11-10)
1-MD1\outputs\AvgQlengthVsTime13k.png (4080, 2012-11-10)
1-MD1\outputs\AvgQlengthVsTime1k.png (2692, 2012-11-10)
1-MD1\outputs\QlengthVsTime.png (2933, 2012-11-10)
1-MD1\outputs\QlengthVsTime1200.png (3093, 2012-11-10)
1-MD1\outputs\QlengthVsTime13k.png (4095, 2012-11-10)
1-MD1\outputs\QlengthVsTime1k.png (2570, 2012-11-10)
1-MD1\outputs\qsizeplot.p (597, 2012-11-10)
2-DRRvsFQ (0, 2012-11-10)
2-DRRvsFQ\fqdrr.tcl (3590, 2012-11-10)
3-TCP-RED (0, 2012-11-10)
3-TCP-RED\fordemo (0, 2012-11-10)
3-TCP-RED\fordemo\plotwintime.p (856, 2012-11-10)
3-TCP-RED\fordemo\qsizeplot.p (427, 2012-11-10)
3-TCP-RED\fordemo\runtest.pl (2321, 2012-11-10)
3-TCP-RED\red.tcl (5188, 2012-11-10)
queue-ns2.pdf (340394, 2012-11-10)

/* * Queue Scheduling Algorithms * D/D/1, DRR vs FQ, RED * * Simulation of Queue Scheduling Algorithms * D/D/1 and M/D/1 * DRR (Deficit Round Robin) vs Fair Queuing (FQ) * TCP congestion with Drop Tail and RED * * @authors: vsubhashini */ *This folder contains this README file the lab report and 3 sub-folders named 1-MD1, 2-DRRvsFQ and 3-TCP-RED; which contain the solutions for questions 1.1, 1.2 and 1.3 respectively. 1. Usage: $ns md1.tcl To view the animation using nam: $nam out.nam Example: $ns md1.tcl 1300 4.4 2. Usage: $ns fqdrr.tcl [uniform_cwnd ] [uniform_cwnd] - is for uniform tcp flow generation in all sources. This is optional. By default the sources generate at the specified rate of 2Mbps, 4Mbps, 6Mbps and 8Mbps. Example: $ns fqdrr.tcl DRR 5 $ns fqdrr.tcl FQ 11.5 50 3. Usage: $ns red.tcl [uniform_cwnd] [uniform_cwnd] - is for uniform tcp flow generation in all sources. This is optional. By default the sources generate at the specified rate of 2Mbps, 4Mbps, 6Mbps and 8Mbps. Example: $ns red.tcl DropTail 20 $ns red.tcl RED 25.4 4000

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