MANET Homework: Config & Results of Exp & Pareto Packets with RED & MDRR, Assignments of Computer Science

The configuration scenarios for mobile ad-hoc network (manet) using random early detection (red) and modified deficit round robin (mdrr) for exponential and pareto packets arrival. The document also includes the results of a simulation using an old network topology, chi-square distribution, and exponential distribution for packet sending.

Typology: Assignments

Pre 2010

Uploaded on 07/28/2009

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MANET
Home work #2
By Ivan Arkhipov
Stations
Server (station
that acts as node
that have
repository of some
informatio n)
Workstations (acts
as clients for the
server to simulate
a traffic flow
according to the
distribution mo del
provided)
Configuration scenario #1
Exponential packets arrival
RED (Random Early Detection)
controls the average queue size by
indicati ng to the end hos ts when they
should temporarily slow down
transmission of packets.
Configuration scenario #2
Pareto packets arrival
RED (Random Early Detection)
controls the average queue size by
indicati ng to the end hos ts when they
should temporarily slow down
transmission of packets.
pf3

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MANET

Home work # By Ivan Arkhipov

Stations

† Server (station that acts as node that have repository of some information) † Workstations (acts as clients for the server to simulate a traffic flow according to the distribution model provided)

Configuration scenario

† Exponential packets arrival

† RED (Random Early Detection) controls the average queue size by indicating to the end hosts when they should temporarily slow down transmission of packets.

Configuration scenario

† Pareto packets arrival † RED (Random Early Detection) controls the average queue size by indicating to the end hosts when they should temporarily slow down transmission of packets.

Configuration scenario

† Exponential packets arrival

† Modified Deficit Round Robin (MDRR), provides relative bandwidth guarantees as well as a low latency queue.

Configuration scenario

† Pareto packets arrival † Modified Deficit Round Robin (MDRR), provides relative bandwidth guarantees as well as a low latency queue.

Configuration scenario

† Pareto packets arrival

† Modified Deficit Round Robin (MDRR), provides relative bandwidth guarantees as well as a low latency queue.

Results