Hybrid routing model for multi hop heterogeneous sensor network

Wireless sensor network gained a lot of focus towards various research areas. Recent technologies too attracted by lost cost wireless sensor network. WSN are widely used in various domains and its application. In WSN, sensor nodes are closely bound well enough to communicate and share its data to its SINK, where the SINK node act as a centralised server to all the slave sensors. Therefore heterogeneous multi hop optimal routing protocol is desirable in order to communicate with the sensor nodes. Various factors such as energy, memory, storage etc. are influencing sensor nodes to be a challenging part. Here in this paper, a robust methodology is proposed using hybrid routing model which combines FFA, Straight line and branch & cut routing model in order to perform optimal routing in heterogeneous multi hop sensor nodes. Here we developed the routing structure for heterogeneous multi hop sensors. In consideration with the above mentioned challenges in sensor networks, our robust model will perform better results in terms of all influenced patterns. Experimentally we demonstrate our results by simulating the proposed model with 10 sensor nodes with 1 source and 1 destination. The data communication is performed in order to send and receive data, the results show that the proposed routing structure is better to perform than the existing. Comparison is made for all individual models along with the proposed hybrid model and it is clearly demonstrated in graphical orientation.