Reliable Energy Efficient Routing in Wireless Ad Hoc Network by Considering the Residual Energy and Data Security.

Abstract

Here we have implemented a unique energy-aware routing algorithm for ad hoc networks in wireless medium, entitled reliable minimum energy cost routing (RMECR) and reliable minimum energy routing (RMER), also the data confidentiality is increased by adding security for the data transmitted. Here in RMECR, threesignificantnecessities of ad hoc networks are addressed: reliability, extending network lifetime and energy-efficiency [2]. The main idea in achieving these three important requirements is by considering the residual energy in battery, the links quality and the energy intake of the nodes; hence this results in the operative period of the nodes. Whereas on other hand RMER reduces the total energy obligatory for the end to end packet traversal is also another energy efficient routing algorithm. RMECR and RMER implemented here is for the network in which reliability is ensured for either end to end or the hop by hop retransmission. By the simulation output data we can analyze that both RMER and RMECR is able to find the reliable and the energy efficient routes thus increasing the network lifetime. But RMECR is a well-designed solution because in this we consider all the tiny specifics such as restricted number of retransmission, the energy consumed by processing elements of the transceivers, packet size and the packets impact of the acknowledgement for increasing the reliability, energy competence and lifetime of the wireless ad hoc network. Along with this well efficient working off the algorithm the security can again increase the durability and making it one of the best algorithms compared with all the existing