ENERGY CONSUMPTION ANALYSIS FOR PROGRESS PERFORMANCE OF AD–HOC WIRELESS SENSOR NETWORKS ENVIRONMENT

Dr. P. Srimanchari; Dr. G. Anandharaj

Volume : IV, Issue : VIII, August - 2015

ENERGY CONSUMPTION ANALYSIS FOR PROGRESS PERFORMANCE OF AD–HOC WIRELESS SENSOR NETWORKS ENVIRONMENT

Dr. P. Srimanchari, Dr. G. Anandharaj

Abstract :

Wireless sensor network the end user can remotely monitor the data transfer events in the environment depending upon the generic applications. Wireless antenna networks provide themselves to trade–offs in energy and quality of frequencies. The service lifetime of such sensor nodes depends on the power supply and energy consumption location, which is usually dominated by the communication subsystem memory values. One of the key challenges in unlocking the potential of such data gathering sensor networks is conserving energy so as to maximize their post deployment active lifetime data. Micro–sensors are loaded with a sensor module equipped with a sensor capable of sensing some quantity. This work described the research carried on the continual development of the novel energy efficient analysis of random placed nodes algorithm that increases the WSNs lifetime and improves on the QoS parameters yielding higher throughput, average end to end delay in next generation of WSNs.