Energy Efficient Multi-Hop Multi Path Data Communication Process in Wireless Sensor Networks Using Routing Technique

  • S. Gayathri, Dr.A. Senthilkumar
Keywords: Wireless Sensor Network, Clustering, CH selection, MHMP communication, Routing.

Abstract

One of the most important scopes in physical environment analysis is Wireless Sensor Networks (WSNs). The Multi-hop Multipath Route Selection (MHMPRS) Technique is a major challenge in network data transmission. The main goal of a massive data gathering procedure like MHMPRS data transfer is to construct an accurate and efficient route between two nodes. So that the info can be provided on schedule. This paper proposes data transmission techniques, how to avoid data interference (or) data drops, and different types of optimal route-finding techniques in wireless sensor networks. The Dijkstra’s k shortest path algorithm was employed in our suggested study to locate additional feasible shortest paths and calculate their weight. As a result, transmitting data from source to destination is simple and painless. The Cluster Head (CH) is chosen using this MHMPRS method based on the network's energy level and routing efficiency. CH receives data packets from member sensor nodes, which it subsequently transfers to the base station. The most efficient methods of data transmission in routes are those that minimise the routing distance between the CH and the base station. Finally, the current research compares several metrics such as packet delivery ratio, data transfer delay time, energy consumption, and throughput analysis to traditional methods.

Published
2021-08-24
How to Cite
Dr.A. Senthilkumar, S. G. (2021). Energy Efficient Multi-Hop Multi Path Data Communication Process in Wireless Sensor Networks Using Routing Technique. Design Engineering, 3235- 3251. Retrieved from http://www.thedesignengineering.com/index.php/DE/article/view/3679
Section
Articles