Due to the rapid growth in technologies and services. the development of sensor nodes has imposed great challenges for researchers in improving our daily life in all domains such as environmental research. health care. monitoring. military. and physical activity recording. A wireless sensor network 'WSN) is therefore a collection of a small and large number of sensor nodes able of collecting. communicating with each other. and transmitting the collected data to a base station. For analyzing the performance of a WSN. different algorithms were developed and used. and the Hierarchical Geographic Adaptive Fidelity 'HGAF) is one of the most popular energy-efficient routing protocols. The decrease in energy use in the wireless sensor network directly affects the life of the network. HGAF is one of the important multiple locations based on the routing system algorithm. its main function technique is to deactivate unnecessary nodes from the network without interrupting the other connected nodes. In this article. we have proposed a technique known as Modified Geographic Adaptive Fidelity 'M.HGAF) protocol and its design as a power-saving meth-od. In our proposed technique. the size of the cell structure of the grid has changed and the communication method improves due to these changes. According to our results. the proposed technique increased the dead node rate by about 25%. which improved the network lifetime.
CITATION STYLE
Aznaoui, H., Raghay, S., Ullah, A., & Khan, M. H. (2021). Energy Efficient Strategy for WSN Technology Using Modified HGAF Technique. International Journal of Online and Biomedical Engineering, 17(6), 4–18. https://doi.org/10.3991/ijoe.v17i06.17739
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