DefinePK

Abstract

These days’ mobile ad hoc networks play a most vital role in the network communication technologies. To diminish the network partitions we have designed MANETs which are robust in nature. As independent mobile users move in a MANET (Mobile Ad hoc Network), due to the rapid and unpredictable change in network topology, the network portions alternatingly get partitioned. This situation is contrary, mainly for mission-precarious applications like crisis management. To overcome this situation we introduced AMMNET (Autonomous Mobile Mesh Networks), distinct to usual mesh networks, the mobile mesh nodes of an AMMNET have the capability of following the mesh clients in the 333 application topography, and also to get organized among them into a suitable network topology to confirm efficient connectivity for both intra and intergroup communications. The proposed solution is a scattered client tracking solution to compact with the dynamic nature of client mobility, and present methods for dynamic topology variation in accordance with the mobility design of the clients. By using AMMNETs though we get efficient communication without any loss of information there is increase in number of routers, hence, to prevent this difficulty we address this interesting problem in the project by introducing the concept of Mobile Mesh Networks. We will use the popular simulator (NS2) to simulate our proposed system.