Scheduling Based energy Efficient Mobile Node Communication in Wireless Sensor Network using Unmanned Aerial Vehicle (UAV)

Current research proposes the Scheduling Based Energy Efficient Mobile Node Communication in Wireless Sensor Networks Unmanned Aerial Vehicle. In this work, hybrid network consists of two types of nodes one is static nodes and other are moving nodes. We will consider these mobile nodes as mobile sink. Each static sensor has fixed or low energy. They have limited memory buffer. According the size of the buffer we will fixes the interval of movement of the mobile sink. After each time interval mobile sink go at fixed location and send the signal to static nodes. Such that will represent their arrival. Immediately static sensor will start transmitting to the mobile sink. We will subdivide the total network into equal sized grid. Various grid cells will collectively be considered as cluster. Each cluster has equal geometry. Such that mobile sink movement cluster by cluster is having equals amount of energy dissipation. Each mobile sink burn energy in movement and transmission. Now we will schedule the movement of the mobile sink such that they can be energy efficient. At base location this mobile sink will collectively transmit the signal to UAV. It will save the time and energy of UAV and in result total network.