The analysis of Teletraffic and Handover Performance in Cellular System

Under simplified circumstances, consumers' mobility in a handheld cellular networking environment has been formulated mathematically. A computer simulation was built on the basis of this model. This mobility model is used to investigate the distribution of cell residence times in mobile environments, described by cell sizes and parameters for mobility. The results are mentioned in this paper to show the success of the simulation. The handover phase or handover is imperative in every cellular radio device, as far as the end consumer is concerned. The handoff does not have too much or too little total control. In limited quantities, “unnecessary handoff” puts so much strain on the MSC, but “adequate handoff” does not. It is conceived and assisted by a computer simulation built on the next case period advance strategy, a Teletraffic model that takes account of user movement. The generalized gamma distribution can approximate the customer cell residence. A determination is made of how cell size influences fresh and handover blocking. To calculate the number of channels required for handover, the impact of the handover channel is investigated.