NURE Kharkiv national university of radioelectronics

Conference MC&FPGA

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Development of a Model for Determining the Coordinates of Clustered Flying Sensor Network Nodes

DOI: 10.35598/mcfpga.2023.022

Development of a Model for Determining the Coordinates of Clustered Flying Sensor Network Nodes
Artyom Malik, Ilya Shapoval, Pavlo Galkin

V International Scientific and Practical Conference Theoretical and Applied Aspects of Device Development on Microcontrollers and FPGAs (MC&FPGA-2023), Kharkiv, Ukraine, 2023, pp. 64-66.

Date of Conference: 22–23 June 2023

Abstract

This research explores the fundamental capability of determining the coordinates of individual objects within a network, presenting a compelling case for the attractiveness of such systems. The potential to determine coordinates becomes a key advantage, leading to cost reduction and diminished energy consumption of individual devices, notably by eliminating the need for GPS sensors. Additionally, the deployment of these networks is simplified, envisioning scenarios such as aerial dispersion of devices from aircraft. The adaptability of these sensor networks in challenging terrains further underscores their appeal. Although coordinate determination is integral to various wireless telecommunication networks, including cellular networks, the unique characteristics of each network necessitate distinct approaches to coordinate resolution, even when based on common principles such as geometric triangulation. Therefore, the task of determining coordinates for nodes in a clustered flying sensor network remains pertinent. The study discusses the contemporary relevance and significance of this challenge, emphasizing its potential to enhance the efficiency and applicability of wireless sensor networks, particularly in scenarios where conventional methods face limitations.

Keywords: flying sensor networks, coordinate determination, clustered networks, energy-efficient devices, deployment optimization.

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