Wireless Ad Hoc and Sensor Networks

232 Wireless Ad Hoc and Sensor NetworksPlot the outage probability and power consumed by each user.Use the parameters from the Example 5.2.1.Problem 5.2.2: Evaluate the performance of the optimal scheme usinga ten-cell network by placing the users in a random manner. Plotthe outage probability and power consumed by each user. Comparethe outcome with that of SSCD. Use the parameters from theExample 5.2.1.Section 5.3Problem 5.3.1: Evaluate the performance of the SSCD scheme nowwith admission control included and using a ten-cell network byplacing the users in a random manner. Plot the outage probabilityand power consumed by each user. Use the parameters from theExample 5.2.1.Problem 5.3.2: Evaluate the performance of the optimal scheme nowwith admission control included and using a peer-to-peer network.Plot the outage probability, average admission delay power consumedby each user, and average dropped links. Compare the outcomewith that of SSCD. Use the parameters from the Example 5.3.1.Section 5.4Problem 5.4.1: Evaluate the performance of the DPC scheme withembedded channel estimator for a ten-cell network by placing theusers in a random manner. Consider shadowing with slow andabrupt fading. Plot the outage probability and power consumedby each user. Use the parameters from the Example 5.4.1.Problem 5.4.2: Evaluate the performance of the DPC using a ten-cellnetwork by placing the users in a random manner with mobility.Plot the outage probability and power consumed by each user.Use the parameters from the Example 5.4.3, except the node mobilityis increased to 0.02 km per unit time.