, Shubham Kumar

Abstract––A mobile ad-hoc sensor network usually consists of large number of sensor nodes (stationary or mobile) deployed over an area to be monitored. Each sensor node is a self-contained, battery-powered device that is capable of sensing, communication and some level of computation and data processing. Due to the large amount usage of sensors in the network, it is important to keep each node small and inexpensive. This strictly restricts its resources in terms of energy, memory, processing speed bandwidth. We simulate the Mobile ad-hoc sensor network for its performance analysis. we introduced the concept of communication range remoteness for mobile nodes through random way point mobility model. We characterized the mobility of nodes with new mobility patterns through AODV protocol, without breaking the backward compatibility with earlier versions. In this paper we will proposed two model as non mobility model and mobility model. And in this paper we will compare both models using the concept of mobile ad-hoc sensor network. The performance through the multiple node of non mobility model was found better in comparison of mobility model.. than we design the concept of antenna and improve the frequency of transmitting signal for mobility model,this model is known as design mobility model. In this paper we improve the performance of design mobility in comparison of non mobility model and mobility model. The performance analysis of mobility and non-mobility and design mobility model is done through simulations on a commercial simulator called Qualnet version 5.0, software that provides scalabl