Framework for enhanced joint connectivity and coverage using random based distribution in WSN

Wireless sensor network is gradually drawing attention in the area of smart communication system where it was found to use it either in small or large scale environment. However, small scale deployment is found to use pattern based topology like Voronoi, square, diamond, angular etc. But for real time scenario applicable in human inaccessible large scale area, sensor nodes needs to be deployed randomly where the location of the sensor node is hard and near impossible to determine. This process may lead to connectivity and coverage issue which is detrimental towards the communication in WSN. Hence, the proposed paper introduces a framework for enhancing connectivity and coverage simulated over random based topology. The performance is checked by observing the results derived from pattern based topology and random based topology with respect to packet delivery ratio, packet generated and packet drop.