@Article{jihpp.2020.010180,
AUTHOR = {Ru Jin, Xinlian Zhou, Yue Wang},
TITLE = {An Efficient Energy Routing Protocol Based on Gradient Descent Method in  WSNs},
JOURNAL = {Journal of Information Hiding and Privacy Protection},
VOLUME = {2},
YEAR = {2020},
NUMBER = {3},
PAGES = {115--123},
URL = {http://www.techscience.com/jihpp/v2n3/40850},
ISSN = {2637-4226},
ABSTRACT = {In a wireless sensor network [1], the operation of a node depends on the 
battery power it carries. Because of the environmental reasons, the node cannot 
replace the battery. In order to improve the life cycle of the network, energy 
becomes one of the key problems in the design of the wireless sensor network 
(WSN) routing protocol [2]. This paper proposes a routing protocol ERGD based 
on the method of gradient descent that can minimizes the consumption of energy. 
Within the communication radius of the current node, the distance between the 
current node and the next hop node is assumed that can generate a projected energy 
at the distance from the current node to the base station (BS), this projected energy 
and the remaining energy of the next hop node is the key factor in finding the next 
hop node. The simulation results show that the proposed protocol effectively 
extends the life cycle of the network and improves the reliability and fault 
tolerance of the system.},
DOI = {10.32604/jihpp.2020.010180}
}