Visible to the public Redundancy management in heterogeneous wireless sensor networks

TitleRedundancy management in heterogeneous wireless sensor networks
Publication TypeConference Paper
Year of Publication2014
AuthorsHemalatha, A., Venkatesh, R.
Conference NameCommunications and Signal Processing (ICCSP), 2014 International Conference on
Date PublishedApril
Keywordsad hoc network, Ad hoc networks, destination node, geographical area, heterogeneous wireless sensor networks, Indexes, intrusion tolerance, multipath routing, network efficiency, probability, quality of service, query reliability, query success probability, queueing theory, Redundancy, redundancy management algorithm, reliability, signal dissemination, Signal processing, source node, telecommunication network reliability, Tin, unreliable nodes detection, Wireless Sensor Network, Wireless sensor networks
Abstract

A Wireless sensor network is a special type of Ad Hoc network, composed of a large number of sensor nodes spread over a wide geographical area. Each sensor node has the wireless communication capability and sufficient intelligence for making signal processing and dissemination of data from the collecting center .In this paper deals about redundancy management for improving network efficiency and query reliability in heterogeneous wireless sensor networks. The proposed scheme deals about finding a reliable path by using redundancy management algorithm and detection of unreliable nodes by discarding the path. The redundancy management algorithm finds the reliable path based on redundancy level, average distance between a source node and destination node and analyzes the redundancy level as the path and source redundancy. For finding the path from source CH to processing center we propose intrusion tolerance in the presence of unreliable nodes. Finally we applied our analyzed result to redundancy management algorithm to find the reliable path in which the network efficiency and Query success probability will be improved.

DOI10.1109/ICCSP.2014.6950165
Citation Key6950165