Reliable Energy Efficient Clustering Scheme Analysis Using Mobile Sink in Wireless Sensor Networks
Deepinder Kaur, Kamaljit Kaur · 2013
Due to non inheritable restriction of sensors, there is always a vital issue on the way to utilize restricted energy effectively. In the proposed work we have focused on the Energy Consumption in WSN Using Mobile Sink and Hierarchal Clustering. There is concept of bringing mobile sinks to sensing field to save energy of cluster heads while sending data to mobile sinks instead of fixed sink on base station. In this, we will divide the sensing field into two equal grid levels. These areas are independent to each other for communication and sensing of data by sensor nodes. Mobile sinks have been placed in these grid areas for saving energy by fetching data from heads only. The results show the performance of the proposed scheme for saving resources in wireless sensor network. Traditional AODV process scheme provide good solution for communication but proposed scheme have much better performance in saving resources and to reduce energy consumption. The energy consumption is less in case of mobile sinks communication in wireless sensor network as compared to the normal AODV process. The purpose of mobile sink is very helpful in saving energy in wireless sensor network.