Modeling and Simulation of Community Mobility Model for Next Generation Wireless Networks Using Coloured Petri Nets

In order to obtain comprehensive research analysis of mobility management schemes and routing protocols for Wireless Communication, it is prerequisite that the mobility model on which the simulation is based, shows a realistic mobility pattern. A key problem with much of the literature on random models is that they produce unrealistic node movement trajectory and have limitations viz., border effect, un-sociological behavior and memory less mobility phenomenon. This paper presents a novel community mobility model, which provide a foundation for generating realistic mobility traces and mimics real-world scenarios. The analytical results validate its performance, extensive simulation experiments are conducted through steady state space analysis.