An Efficient Protocol for Data Aggregation In Wireless Sensor Networks
Mohammad Karim Sohrabi, Elahe Khorramian · Journal of advances in computer research · 2015
Sensor networks generally consi will be spread into a vast environment and aggregate data out of it. nodes are afflicted with some limitations as follows memory, reception, communication as well as calculation capability, and bat transmission of a great amount of extra data increases data transmission and proportionally increases the amount of energy and bandwidth for the data transmission. One solution for this issue is data aggregation. The results of aggregated data influence the accuracy and precision of the final result already gleaned from the base station. The main challenge in such networks is how to further elongate the network lifetime and among the factors doing so is the energy consumption or energy optim furthering the network life span. Respectively the clustering protocols have come up with a suitable method for the so called challenge or more simply put increasing the lifetime. In this paper the res protocol for data aggregation hinging around clustering which uses maximum residual energy and minimum distance for selecting the cluster consumption of energy. The experimental resul Efficient Clustering Algorithm through Residual Energy and Average Distance (EECA- READ) attains very good performance.