An Efficient Organization for Wireless Sensor Networks

Abstract: In this paper we focus on finding the most optimal first transmission path and all transmission paths in duty cycled mobile WSN�s employing geographical routing. The system introduces the concept of Load Calculation and delay as the main parameter in finding the optimal paths with Geographic Distance Based Connected k-neighborhood sleep scheduling algorithm. The WSN networks employing duty cycle technique in geographic routing has a task to find out the path from sensor to Base Station of the network to send the sensed data. GCKN for static WSN. Hence this research work proposes the system that will calculate the best optimal path from source node to destination by taking into consideration the load on each node and delay incurred by each node in Duty-Cycled Mobile sensor networks along with geographic routing.

Keywords: Geographic Routing, Sleep Scheduling, Duty �Cycled Mobile Sensor Network, Network simulator-2 (NS2)