Working of simconfig User configure the network, number of nodes, and all other configurable parameters. NAM window is displayed with differentiating the type of nodes Success
Working of simrun Normal and sensor nodes sense events and forward the data Packet transfer and the sensor range should be displayed. Success
Working of plotgraph user runs the simulation and type ./plotgraph.sh Graph of Average Delay and Average Throughput are displayed .
And Graph of No of Nodes v/s Lifetime is displayed Success
Summary
This project is tested and the all defects are fixed.
Chapter 8
INTERPRETATION OF RESULT
The following snapshots define the results or outputs that we will get after step by step execution of all the modules of the system.…show more content… Remove the *.txt and *.jpg files in the project directory thereby previous performance results are lost. Open the simconf.tcl and change the val(AP) property to change the number of AP
Type the command ns chschedule.tcl and execute the simulation Simulation runs and generates output First step of simulation is placing the nodes at random position with 800* 800 area The requested number of AP is created.
The rest of nodes behave as MS and join to the nearest AP. The conflict graph between AP is calculated and displayed. It has the information of which all AP’s are conflicting with other AP. At each AP, the traffic demand is estimated. According to conflict and traffic demand the number of slots is allocated The Frame schedule of each AP is displayed.
AP’s transmitting in the allocated time slots.
The simulation is repeated for 5 AP. The simulation is repeated for 7 AP. Graph is plotted by calling ./plotgraph.sh The plot of average delay for varied number of AP is shown. From it we see the proposed has low throughput value. Average Throughput is measured and plotted. From this we see that average throughput in proposed is higher than
