Reliable and Energy Efficient WSNS using Modified Time Reliability Power Space Mechanism release_stup2ntmjjdq7bmpvbl6gsgxke

by J Sofiya, Merlin, M Sumithra

Abstract

In Wireless Sensor Networks, energy consumption is a critical issue compared with other parameter. Minimum Energy consumption is achieved by the duty cycled in the network. The concept of a low duty cycle is representing as a periodic wake-up scheme. If the nodes residual energy is higher than the threshold value the node act as a parent node and it creates the leaf node during the transmission finally forwards the packets based on the energy level in the node. If the nodes residual energy is lower than the threshold value the node act as a child node, which is, enter the sleep mode. After finishing the sleep period it will wake up and check the channel if any transmission is there. If packet is to be transmitting or receiving, the nodes forward the packet otherwise again go to the sleep state. In AODV, protocol has the highest energy consumption than the Modified AODV protocol. Simulation results show that Modified AODV provides better performance in terms of energy, packet delivery ratio and packet loss.
In text/plain format

Released as a article-journal
Issue 18
Release Year 2016

Known Files and URLs

application/pdf  557.6 kB
sha1:d83001b04298511d1cb8...
ishitvtech.in (web)
web.archive.org (webarchive)
Read Full Text
Type  article-journal
Stage   unknown
Year   2016
Work Entity
grouping other versions (eg, pre-print) and variants of this release
Cite This Release
Fatcat Bits

State is "active". Revision:
2a14acda-8bad-446e-b0cb-e1ab97da2fcc
As JSON object via API