Wireless Ad Hoc and Sensor Networks

142 Wireless Ad Hoc and Sensor NetworksProblem 3.2.2: Networking modeling with delays. Model the ATMnetwork with delays included.Section 3.3Problem 3.3.1: Traffic rate controller. Compare the conventional trafficrate controller with that of the NN-based method presentedin the chapter.Problem 3.3.2: Overhead analysis. Evaluate the overhead in termsof multiplications for the NN-based traffic-rate controller design.Problem 3.3.3: End-to-end scheme evaluation. Use the end-to-endtopology from Figure 3.18 with number of sources transmittingdata from 6 to 15. Evaluate the performance of the congestioncontrol scheme.Problem 3.3.4: Extended topology. Use Figure 3.19 with the numberof sources increased from 6 to 10, redo the performance evaluationof the congestion control scheme.Section 3.4Problem 3.4.1: Network modeling. Search the literature and identifynetwork modeling techniques for the end-to-end congestioncontroldevelopment for the network illustrated in Figure 3.20.Compare the queuing theory-based modeling scheme with thatof the state-space-based network modeling.Problem 3.4.2: Networking modeling with delays. Model theInternet with delays included.Section 3.6Problem 3.6.1: Traffic rate controller. Compare a conventionalcontroller with that of the NN-based method presented in thechapter.Problem 3.6.2: Overhead analysis. Evaluate the overhead in termsof multiplications for the TQ-based controller design.Problem 3.6.3: End-to-end scheme. Use the end-to-end topologyfrom Figure 3.18 with number of sources transmitting data