Advanced Data Routing Protocol With Improved Hopping in Chiron

Wireless sensor network [1] generally consists of large number of sensor nodes. The wireless sensor network can be defined as large number of small sensing self powered nodes which gather the information from the geographical area and communicate in wireless fashion with the goal of handing their processed data to the base station. Due to the power restriction of sensor nodes, efficient routing in wireless sensor networks is a critical approach to saving node’s energy and thus prolonging the network lifetime. In this paper, we propose advanced data routing protocol with improved Hopping in Chiron. As in Chiron chain leader belonging to the certain covering angle transmits the gathered data to the chain leader of the different covering angle this creates the increase in distance, and delay. So the main goal of our research is to improve the overall lifetime of network, time required to transfer the packets and improvement in number of survival sensor. Simulation results show that the proposed protocol is superior to Chiron. Comparing to the Chiron the proposed protocol scheme achieves improvement about 8% to 12%, 9% to 13.5% , 5% to 11% in overall lifetime of the network, number of survival node and time taken for packets transmission respectively under various small and large simulation