Published Paper Details:

In Wireless Sensor Networks data packets are used to be transmitted from node to base station. Out of these nodes, some nodes become cluster heads, compiling the details of their group members and transferring them to the sink. We suppose that the sensor node population has additional energy sources based on heterogeneity that may be due to initial setup or network performance changing. We also consider that the sensors are transmitted randomly (similarly) and are incompatible. In this research work, a different method is adopted for selection of normal nodes and advanced nodes based on a fixed criterion. Also, In a single round, there are multiple nodes which are working as cluster heads (include normal nodes and advanced node). So, a team of cluster core members is working in each round to transfer the information to the base station. Finally, the efficiency of proposed WSN increases by making the transmission of packets through this core team. In each round, energy dissipated and average energy retains by each node is calculated. Also, number of dead nodes after each round is calculated. Both the values i.e., dead nodes after every cycle and average power retain by every node will be treated as output parameters. Also, Number of cluster heads per cycle, Number of Packets to the Base station and number of Packets to the head of Cluster are calculated and plotted. These parameters are compared from that of existing SEP, EAMMH and LEACH. MATLAB R2013a is used as an implementation platform using generalized toolbox and wireless sensor network toolbox.