Energy Efficient Hierarchical Clustering for Dynamic and Heterogeneous Internet of things
Ashwala Mohan, Bhanu Murthy Bhaskara · IOSR Journal of Electronics and Communication Engineering · 2017
Distributed networks are formulated to create a large network in heterogeneous manner to provide higher service offering in internet of things.In the distributed network, devices are connected in a dynamic manner to exchange data with each other for controlling or exchange of data.In the communication approach, data are exchanged among each other at a random fashion between different devices.In the exchange of information energy dissipation are encountered at each node level.Wherein the conventional models clustering approach were suggested to achieve optimal resource utilization, the dynamic node behavior in the network gives a synchronized behavior in the network resulting in higher energy dissipation.To overcome this issue in this paper, a new energy conservation model for a randomly distributed network is developed, and a new scheduling approach is defined to have minimum energy dissipation in communication approach for internet of thing applications.