An Energy-Efficient Routing Algorithm Based On Pristine Approach for WSN
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2015, Vol 3, Issue 11
Abstract
Wireless Sensor Network is a self-configurable system based on the need it will build up the route for data forwarding. Wireless sensors are conveyed to accomplish network load balancing, improving network coverage, and prolonging network lifetime. To accomplish these objectives, energy efficiency directly influences battery life and hence it is a essential configuration for WSNs. In this paper, we propose an Network Coding based Energy Efficient Routing Algorithm in WSNs to prolong lifetime (NC-ER), which has the capacity to significantly prolong network lifetime while effectively improve energy efficient. Sensors are a detecting component; it will sense the changes in nature, for example, temperature, air contamination. . At that point it will forward the information in which the sensors accessible on the same network for data forwarding. Regularly, WSN networks will prefer the shortest path for data forwarding. These sensors are sent to accomplish network load balancing, drawing out network lifetime, and enhancing network coverage. The most essential issue that must be illuminated in designing a data transmission algorithm is the means by which to save sensor node energy while addressing the needs of applications as the sensor nodes are battery constrained. While fulfilling the energy saving requirement, it is additionally important to accomplish the quality of service. In order to achieve this requirement, Network Coding based Energy-Aware routing protocol for WSN is recommended that saves the energy by productively selecting the energy efficient path in the routing process.
Authors and Affiliations
R. Alwin, S. Monica
Keywords
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