Dynamic Deployment of Wireless Multimedia Sensor Network Nodes Based on Balanced Energy Consumption
Abstract
The quality of data sensing, storage, and interaction depends on node deployment, so the optimization of node deployment becomes the key mission to response network congestion. This paper studies the indoor sensor network nodes deployment and simulates the corresponding sensor network environment, in order to solve the congestion of wireless multimedia sensor network based on balanced energy. We introduce the balanced energy consumption of hybrid nodes deployment strategy to maximize use of network resources. The two-dimensional plane nodes are redeployed and further extended to three-dimensional space on the basis of energy equilibrium. The whole experiment states clearly that intelligent node deployment strategy use wireless multimedia sensor network node resources to effectively extend the network life cycle.
Keywords
Balanced energy; Wireless multimedia sensor network (WMSN); node deployment; network congestion; three-dimensional space; macro induction; Hybrid re-deployment algorithm
Publication Date
DOI
10.12783/dtetr/iect2016/3724
10.12783/dtetr/iect2016/3724
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