Efficient Opportunistic Overlay Prototype with Reliable Routing and Distributed Resource Discovery Services

Abstract

Now are days wireless communication system are growing in various public as well as private sectors to perform different services meanwhile automatic execution of various data and voice communication services , security and quality enhancement will be the major issues during P2P distributed services such scenario demands more transparent and powerful framework to achieve P2P networking goals and services. When we talk about such a distributed P2P network we always face , some critical issues regarding P2P routing, distributed resource sharing , security apart from this we can experience in many real-time applications , movable devices are critical to track and access during operation and services, it needs some requirement to enhance the distributed P2P services regarding file transfer and their replication as per the demand of distributed server over the network P2P security enhancement imparting the research for real big challenge. Routing is critical and essential issue in distributed resource sharing, in this paper we present a routing protocol that support distributed networking services as well as routing efficiency it is named as RRS protocol it works based on four major aspects like resource node distance, resource angle, the energy level of the resources and the bandwidth link. The proposed policy also improved the quality of service specifications like reliability and stability with reduced energy consumption. In next section we show the algorithmic model along with the benefits of RRS protocols along with its implementation, in last session we explain the simulation and implementation level detail that define how this technology is beneficial for future networking trends and the comparative analysis will put proposed protocol valuable place as it defines it is more efficient and effective protocol.