Multilink Routing in Wireless Sensor Networks with Integrated Approach for Highly Secured Adaptive Energy

Abstract

Now a day’s people make use of sensors in order to have a distant communication without any intervention and to avoid the use of wires so that our communication will be mobile, but these sensors suffers a problem of battery drainage. There are various Energy Efficient Protocols for WSN that are being created which aspire to successfully deliver the data packets from sensor node (source) to the Base Station. These protocols have certain parameters like distance to identify the route. These protocols have a considerable amount of energy to find the minimum distance. Our aim is to formulate a protocol which has a target to calculate an efficient path at the same time save the energy of sensors in order to enhance the lifetime of network. In our project we proposed an Optimum Path and Energy Aware Sensor Routing Protocol (OPEASRP) which makes use of load as a parameter for calculation of optimal path and LEACH for conservation of energy of the nodes. At the same time we are providing the strong security to the network for preventing the network from different attacks. The main function of this protocol is for authorized multiple network user. So, with the help of different security parameters the system provides a high security to the wireless sensor network. Energy efficient new algorithm is also used because it is difficult to crack.