Energy-Saving Method for Controlling the Formation of Transmitted Signals in a Wireless Sensor Network
DOI:
https://doi.org/10.52575/2712-746X-2023-50-4-901-912Keywords:
wireless sensor network, LoRaWAN, energy efficiency, signal conditioning, adaptive data rate, energy consumptionAbstract
An analysis of the adaptive data rate algorithm is presented, which is used in wireless low-power global networks with terminal sensor devices (hereinafter referred to as wireless sensor networks), operating in accordance with the LoRaWAN (Long Range Wide Area Networks) protocol. An energy-saving method for controlling the formation of transmitted signals in a wireless sensor network is proposed. To implement this method, a system for energy-saving control of the formation of signals transmitted in a wireless sensor network is proposed. A series of simulation experiments was carried out to estimate the total energy consumption of terminal devices when implementing the proposed method and when implementing the adaptive data transfer rate algorithm. The implementation of statistical processing of the results of simulation modeling is presented, which showed that the use of the proposed energy-saving method for controlling the formation of signals transmitted in a wireless sensor network can significantly reduce the energy consumption of terminal devices compared to the use of the well-known adaptive data rate algorithm.
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