Energy Efficiency and Complexity in Partitioned WSNs

Abstract

Wireless Sensor Networks (WSNs) are scenic sensor networks applied to smart city environments to monitor the conditions of the environment. The more extensive the WSN, the more the industry needs to worry about cost, reliability, network lifetime, and energy efficiency. One of the most effective methods of improving energy utilization efficiency is clustering WSNs. Many WSNs which are divided into clusters or subclusters networks have been put forth as a very effective solution to improve energy use, balance out the load, and also to simplify network management. The trade-offs this work is addressing is the focus of this work which looks at how the energy efficiency. This is fully addressing how to respond to higher levels of communication demand with partitioning techniques. We call the partitioning mechanisms which balance and manage complexity with energy cost well designed, and energy management principles balanced with system complexity as very central. We argue that the WSN protocols center, sophisticated and energy aware, theory and design principles are crucial.