Energy Efficient Secured CH Clustered Routing (E2SCR) in smart dust network

Abstract

A basic need in smart dust network is to accomplish energy proficiency during routing as sensor nodes have rare energy asset. Node’s mobility in smart dust represents a challenge to intend energy proficient routing algorithm. Clustering accomplishes energy effectiveness by diminishing association complication aloft of network is comparative to quantity of moveable smart dust nodes in network. This research methodology proposes novel Energy Efficient Secured CH Clustered Routing (E2SCR) in Smart Dust tactic. A smart dust node is chosen as cluster head in event that it has high superfluous energy, better communication range and low mobility. Energy responsive (ER) selection method and Maximal Nodal Superfluous Energy assessment method combined with this method to enhance energy conception during routing. Simulation results demonstrate that proposed clustering and routing algorithm is unique and energy efficient smart dust network.