Utilisation of Mesh-in-the-Sky and Advanced IoT Sensors in Agriculture

Deploying Internet of Things sensors in remote agricultural areas presents formidable challenges, especially for real-time monitoring of crops, farmland habitats, and livestock farms where traditional communication infrastructure is absent. This paper introduces 'Mesh-in-the-Sky,' an innovative approach utilizing Unmanned Aerial Vehicles as signal nodes in areas lacking cellular and Long-Range coverage. By establishing Unmanned Aerial Vehicles-based communication networks, this method extends connectivity to remote, out-of-coverage zones, significantly enhancing operational efficiency and cost-effectiveness while ensuring robust, secure data transmission through Unmanned Aerial Vehicle links. Comprehensive lab and field trials validate the efficacy of the 'Mesh-in-the-Sky' solution, demonstrating its capability to establish reliable communication beyond line-of-sight constraints using Unmanned Aerial Vehicle-senabled data links.

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Publication Details

Published
2024-09-26
DOI
https://doi.org/10.1109/cafe63183.2024.11069335
Primary Topic
IoT Networks and Protocols
Type
article
Field-Weighted Citation Impact
0.00

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article

Utilisation of Mesh-in-the-Sky and Advanced IoT Sensors in Agriculture

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IoT Networks and Protocols
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Utilisation of Mesh-in-the-Sky and Advanced IoT Sensors in Agriculture

Izzat Darwazeh, Marios Sophocleous, Andreas Karkotis, Stavros Chrysanthou, Garik Markarian, Temitope Odedeyi, Loizos Christofi, Georgi Kolev, Georgia Pantelide
article en

Abstract

Deploying Internet of Things sensors in remote agricultural areas presents formidable challenges, especially for real-time monitoring of crops, farmland habitats, and livestock farms where traditional communication infrastructure is absent. This paper introduces 'Mesh-in-the-Sky,' an innovative approach utilizing Unmanned Aerial Vehicles as signal nodes in areas lacking cellular and Long-Range coverage. By establishing Unmanned Aerial Vehicles-based communication networks, this method extends connectivity to remote, out-of-coverage zones, significantly enhancing operational efficiency and cost-effectiveness while ensuring robust, secure data transmission through Unmanned Aerial Vehicle links. Comprehensive lab and field trials validate the efficacy of the 'Mesh-in-the-Sky' solution, demonstrating its capability to establish reliable communication beyond line-of-sight constraints using Unmanned Aerial Vehicle-senabled data links.

Pensoft Publishers (Bulgaria) (BG), eBOS Technologies (Cyprus) (CY), University College London (GB)
European Commission
Zero hunger
Openalex Percentile: Top 72%
IoT Networks and Protocols
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