IMPROVE PERFOERMANCE OF MOBILITY AWARE ENERGY EFFICIENT CONGESTION CONTROL IN MOBILE WIRELESS SENSOR NETWORK BY WLAECH

Authors

  • Prachi Sharma M. Tech. Scholar, Gyan Vihar University, Jaipur, Rajasthan, India

Abstract

In this research, a protocol that is mobility concerned & congestion controlled in terms of energy is put up as W-LEACH (Weighed Low Energy Adaptive Clustering Hierarchy Aggregation Algorithm) for WSNs(wireless sensor networks). W-LEACH is constituted on the schema of hybrid LEACH protocol that sends the signals to sensor nodes to wake up or go to state of listening to save energy. The mobile WSN is said to be comprised of several wireless mobile nodes & base station that formulates a network on ad-hoc basis. Such network is deployed in those regions like underground. Every node is provides with a confined amount of energy & mobilization in a randomized pattern. As the expenditure of energy is a high recognized factor, this issue is solved by the hierarchal protocols such as LEACH. The protocol of W-LEACH I considered as extended version of LEACH which provides durability to network. Though, the protocol requires location of sensor for regulating the network & hence it cannot be deployed in regions where no mobility is possible. In this research, a conventional algorithm is improvised to some latest protocol that is termed as W-LEACH Decentralized for providing durability to network without involvement of any kind of maps. By this the protocols of SMAC & TSEEC are put in contrast for the lasting time & absorption of energy by implementation of Network Simulator. In this document, the performance of Network is enhanced & ration of packet delivery for a 50 MSN & 100 MSN with 3 CHs.

Published

2016-04-30

How to Cite

Prachi Sharma. (2016). IMPROVE PERFOERMANCE OF MOBILITY AWARE ENERGY EFFICIENT CONGESTION CONTROL IN MOBILE WIRELESS SENSOR NETWORK BY WLAECH. International Journal of Innovative Computer Science & Engineering, 3(2). Retrieved from https://ijicse.in/index.php/ijicse/article/view/65

Issue

Section

Articles