Efficient Resource Allocation in Hybrid Wireless Networks Increase the Capacity

Abstract

In many wireless sensor network (WSN) the Mobile sinks(MSs) are very essential applications for efficient data gathering, restricted sensor reprogramming, and for distinguishing and revoking compromised sensors. The sensor network that formulate use of the existing 2-tier security structure, elevate a new protection challenge i.e an attacker can easily create a replicated node and can gain control of the data in the network. This project describes a polynomial pool based approach hybrid three-tier general framework that permits the use of any pairwise key predistribution scheme as its basic component. In this technique we implement a special kind of sensor node, which is called as polynomial pool. This sensor node not the part of actual communication. Polynomial pool checks all key of that intruder node and if key matches it allowed that node into network otherwise throwaway from the network. In this project we implemented a new technique with an algorithm named GNDA Good Node Detection Algorithm Based Approach technique with Wireless Sensor Networks. As we all know that, secured files are easily hacked by attacked by they are using several software. In my project the main aim is to avoid this kind of attackers & also increase the capacity by sending by files. Propose a Hybrid Distributed Three-hop Data Routing protocol (HDTR). HDTR protocol improves the Network efficiency and reduces the Overhead. This will also identify the good neighbor node to transfer the data.