Efficient energy utilization using ant lion optimization in WSN

N Padmapriya, S Vinothini… - Journal of Physics …, 2021 - iopscience.iop.org
N Padmapriya, S Vinothini, S Yuvasri
Journal of Physics: Conference Series, 2021iopscience.iop.org
In wireless sensing element networks (WSNs), sensing element nodes or operated by little
batteries, therefore they need restricted energy resources which require careful utilization.
The planned algorithmic rule is associate degree vitality economical so as to handle trade–
off between packet delay and transmission power, and delay economical we have a
tendency to develop 3 ANTLION schemes supported power-delay limitations of the
heterogeneous WSN. We have a tendency to devise a theoretical framework to figure the …
Abstract
In wireless sensing element networks (WSNs), sensing element nodes or operated by little batteries, therefore they need restricted energy resources which require careful utilization. The planned algorithmic rule is associate degree vitality economical so as to handle trade–off between packet delay and transmission power, and delay economical we have a tendency to develop 3 ANTLION schemes supported power-delay limitations of the heterogeneous WSN. We have a tendency to devise a theoretical framework to figure the common delay and stability region for every planned theme and compare the performance of ANTLION and traditional Clustering. A new hybrid routing protocol is proposed by incorporating the routing concept of adhoc network into the hierarchical clustering routing protocol LEACH of the wireless sensor networks namely Quadrant Based LEACH (ANTLION)..
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