DIIMM:Dynamical Interesting Induced Mobility Model for Simulation of Mobile Ad Hoc Networks

Realistic models for node movement are essential in simulating mobile ad hoc networks.The various mobility models will affect the performance of Ad Hoc network in different ways.Based on the observation that human-like motion occurs frequently in ad hoc networks,a novel constrained entity mobility model,Dynamical Interesting Induced Mobility Model(DIIMM) was proposed.The simulation shows that the trajectory of nodes presents the convergence-disperse phenomenon based on human decisions and socialization behavior.The results indicate that DIIMM can be used in simulations to produce human-like network scenarios.