A Hybrid Approach for Energy Efficient Network Design

In wireless sensor networks, there are countless sensor hubs that are deployed either inside the objective territory or near it to helpfully screen the monitor region. Correspondence time between hubs, Energy effectiveness and network lifetime are the primary difficulties which needs the enthusiasm of research zone. Recent trends show significant advancements in wireless sensor networks where sensor networks are having number of nodes with specified energy level in batteries for wireless communications, which are deployed to collect environmental information from source to destination. Correspondence time between centers, Energy viability and network lifetime are the essential troubles which need the eagerness of research zone. Nowadays to enhance the network survivability, utilization of sensor nodes energy efficiently is a critical issue among wireless sensor networks. This paper proposes a hybrid protocol i.e. `Adaptive Threshold Aggregation Distributed Energy Efficient Clustering (ATADEEC)' based on Adaptive Periodic TEEN (APTEEN) hierarchical protocol and Enhanced Distributed Energy Efficient Clustering (EDEEC) to enhance the performance of the network system by utilizing the energy of network nodes. MATLAB software has used to simulation of the proposed algorithm and to show that ATADEEC scheme is effective for overcoming of the energy consumption problem due to redundant data transfer in EDEEC and APTEEN used network.