EFFECTIVE SELF ROUTING SYSTEM IN WIRELESS ENVIRONMENT

ABSTRACT The performance metrics such as packet delay, quality of service, buffer space, chip area, and power consumption, scalability, deadlock avoidance, routing are all very difficult to analyze. So we introduce a self-routing on-chip non blocking network that can realize any unicast and multicast connection requests between n cores. The optimized routes are elected from the neighborhood forwarding algorithm to transmit the packets from source to the destination. Each group having the same data transmission occurred then detected the route path based on the metrics. We analyze best Route for data transfer to the destination in any network or group. Source sends dummy packets to analyze the best available route that connect the destination using the hybrid algorithm. It analyses Capacity, Cost, throughput, Battery level to transfer the packets to the destination under the parent & child nodes relationship. Based on the nodes dynamic behavior Self Routing system is implemented.