Enhancing Distributed Three Hop Routing Protocol in Hybrid Wireless Network Through Data Weight-Based Scheme

The reason for improvising of our concept is to involve multiple nodes in data transmission that diminishes delay in a routing of a network. In hybrid wireless networking, most of the existing routing performs in a linear way. In such possibility sometimes a maximum number of nodes are in idle state. So for that, there is a concept of distributed three hop routing that depreciates the burden of a load on the network. Dividing data and load on a node is an emphatic method of transmission and pronouncement the shortest path using a fuzzy classifier that makes the faster routing approach. But one of the biggest flaws of the existing scheme is that it does not perform as per exceptions due to which it has higher overhead and fails to achieve better congestion control. This paper promoted weight-based assignment technique by using distributed three hop routing protocol. By considering immediate one hop that evolved in shortest path and analyzing a response delay on two nodes on that basis data is fragmented by using weight-based assignment technique. To intensify the efficiency of a routing protocol in the hybrid wireless networks a weight-based data assignment technique is used for data allocation in distributed routing protocol using the artistry of least delay detection to maintain less data congestion in the network.