TRANSVERSE WAVE RECT ZONE BASED DYNAMIC ADAPTIVE SECURE ROUTING FOR MOBILE AD HOC AND SENSOR NETWORK

A Mobile Ad-Hoc Sensor Networks (MASNET) is a collection of wireless mobile nodes without any pre-defined topology and infrastructure. This does not rely on any centralized access point, or administration. Due to this nature and characteristics it affected by severe network overhead and energy based issues. To decreased routing overhead, and to achieve higher packet delivery ratio MASNET, there are several routing protocols are designed and developed in the literature. In specific, the location aided routing protocols have tremendous growth and usage in this networks. So, in this paper, we proposed a new transverse wave zone based secure location aided routing scheme named as TWRect with Dynamic Adaptive Secure Routing which utilizes the node location information with wave zone selection, and make forwarding decision based on that. This will greatly reduce the flooding control packet count and decreases search zone. Finally, this will results in low routing overhead in the network with improved security. With the help of node mobility analysis, the zone selection, and route discovery process is reused. The simulation results show the impact of TWrect zone improves the efficiency in energy minimization, and data delivery.