Mobility Management Ideas for Wireless Mesh Networks Based on Forwarding Techniques

−Wireless Mesh Networks (WMN’s) are achieving swiftly developing focus in current years, and are commonly recognized as an advanced option for nest era wireless networks. Contrasted with regular wireless and mobile networks, eg. Wi-Fi based wireless networks and mobile IP networks, WMN’s have the advantages of low price, easy implementation, self organization and self healing, and being compatible with current wired and cordless networks by the gate way/bridge circuit feature of mesh network routers. A WMN is manufactured up of mesh network routers and mesh customers. In this paper two per-user-based mobility management schemes for WMN’s, namely, the static anchor method and dynamic anchor method. Both techniques are depending on pointer forwarding, i.e., a chain of forwarding pointer is used to trace the current location of mesh client. The optimum limit of the transmission sequence length is identified for very personal mesh client dynamically depending on the mesh client’s specific mobility and service pattern’s. paper illustrate that for both strategies, there exists on optimum limit of the transmission sequence length that reduces the overall network traffic received by mobility management and packet transmission when given a set of variables characterizing the particular mobility and service design of a mesh client. Keywords−Mobility Management, Wireless Mesh Networks, Pointer Forwarding, Mobile Internet Protocol.