A Systematic Recreation Approach based on Active Route Analysis for Enhancing the Qos Performance in Wireless Sensor Networks

Abstract

— The flow of a system consisting of nodes is based on the distribution of the network and the
barriers in the path. Congestion or packet loss occurs when the location of the resource is unclear. The
existing system consumes energy proportional to that of the performance of the network and hence more
energy is required for high performance of the system. In the proposed work, a systematic model is
considered to increase the quality of service in Wireless Sensor Network. The approach has two stages.
First, Systematic Recreation based on position allocation: A systematic model which deals with the size of
the network and source management thus reducing congestion. This typical model does not provide solution
for packet loss and the consequential data in the network along with network sizing issues when high-speed
trunks carry thousands of virtual circuits.
To overcome these problems one has to establish an appropriate system for sizing and organization, also the
network resources should be cleverly employed. Second, dynamic route analysis: It supports animatedly
changing networks which has parameters implied by Quality of Service needed to direct the user traffic to
alternative routes other than those indicated by the static route definitions. The alternative route is selected
based on the current state information of the network. Several experimental storage analyses are executed to
evaluate the proposed technique for faster allocation of nodes in various real-time scenarios. By using this
method, the quality of service of the WSN (Wireless Sensor Network) can be increased.