A RELIABLE FAST AND IDEAL TRAFFIC AWARE SECURE ROUTING PROTOCOL BASED ON MULTI-HOP CROSS SITE LEAPING FOR EFFICIENT PACKET TRANSMISSION IN WSN

Abstract

Fast Transmission in Wireless medium possess on node selection routing and unicasting the wireless sensor networks of the traditional secure aggregation system, the node broadcast it to all its neighbors as compared to what it contained. However, due to the rigorous network environment surrounding the nodes, many researchers usually take a different approach from traditional networks. Wireless sensor networks (WSN) are currently used in a variety of applications and will be used in more applications in the future. However, wireless sensor networks tend to be more unreliable than wired networks. In this paper, proposes A Reliable fast and ideal traffic aware secure routing protocol (RTASR) based on multi-hop cross site leaping for efficient packet transmission in WSN. Group-based fast proximity detection algorithm (GBFA) solves these problems. By bearing neighboring information in the beacon pocket, the node knows some potential neighbors in advance. This allows fast discovery to pick up the most energy-efficient neighbors to speed up energy efficiency and reduce network communication load, and actively nodes to verify that this dynamic neighbor is a true neighbor. The simulated results show that the proposed scheme reduces the loss of bandwidth in comparison to routing mechanisms that extend the life of the network.

Keywords

• traffic aware routing
• node bouncing
• cross site verification
• multi hop verification
• data collection
• secure routing