ENHANCED TRUSTWORTHY MULTI-PATH ASSORTMENT BASED ON ENERGY EFFICIENT MODEL WITH COMPETENT DATA TRANSMISSION ENHANCED TRUSTWORTHY MULTI-PATH ASSORTMENT BASED ON ENERGY EFFICIENT MODEL WITH COMPETENT DATA TRANSMISSION

Abstract

This research proposes a power competent multi-path direction-finding strategy for WSNs. The character of sensor nodes through restricted batteries and incompetent protocols are primary restrictive factors for sensor association longevity. This research tries to extend a better direction-finding method that could be used in a WSN. The projected protocol's most notable accomplishment is the diminution of disproportionate overhead commonly encountered in the majority direction-finding etiquettes by adopting predetermined clustering and minimizing the quantity of CH transforms with the use of fixed CHs, including idle CHs. According to the performance analysis, reducing overhead significantly lengthens sensor node lifetime because energy-efficient protocols can reduce sensor node power consumption. As a consequence, scalability of a WSN can be augmented. The use of transmit nodes also has an optimistic effect on power indulgence in networks.