Value(µs) 5000 5000 Step 2: Simulate Simulation Time - 100 Sec After completion of the simulation, the experiment for future analysis of results. “Save” Sample 3: Step 1: Model Traffic in the Network Follow all the steps as shown in Sample 1 and modify only the Application properties as shown below Application Properties: Create 2 Application and set the values as shown below Application Type Custom Custom Source ID 2(Wired Node B) 3(Wired Node C) Destination ID Node D) Node D) Packet Size Constant Constant Distribution Value(Bytes) 1460 1460 Inter Arrival Time Distribution Constant Constant Value(µs) 2500 2500 Step 2: Simulate Simulation Time - 100 Sec After completion of the simulation, the experiment for future analysis of results. “Save” Analysis of Result In simulation results window go to metrics” and note the Number of Segments “TCP Sent, Segments Received and Datagram Sent, Datagram Received available in the UDP Metrics of results” Do the same procedure for the rest 5 samples. “simulation
Value(µs) 5000 5000 Step 2: Simulate Simulation Time - 100 Sec After completion of the simulation, “Save” the experiment for future analysis of results. Sample 3: Step 1: Model Traffic in the Network Follow all the steps as shown in Sample 1 and modify only the Application properties as shown below Application Properties: Create 2 Application and set the values as shown below Application Type Custom Custom Source ID 2(Wired Node B) 3(Wired Node C) Destination ID Node D) Node D) Packet Size Distribution Constant Constant Value(Bytes) 1460 1460 Inter Arrival Time Distribution Constant Constant Value(µs) 2500 2500 Step 2: Simulate Simulation Time - 100 Sec After completion of the simulation, “Save” the experiment for future analysis of results. Analysis of Result In simulation results window go to “TCP metrics” and note the Number of Segments Sent, Segments Received and Datagram Sent, Datagram Received available in the UDP Metrics of “simulation results” Do the same procedure for the rest 5 samples.