Application and Design of Wi-Fi Ad Hoc Network Technology in Intelligent Agricultural Ecosystem

This paper presents an intelligent agriculture system scheme based on Wi-Fi Ad Hoc networking technology. By arranging Wi-Fi routing nodes in the farmland, and using UDP protocol, the wireless transmission of farmland data is realized. To improve the reliability and stability of the data connection, this study designed the autonomous encryption sending and decryption receiving process and introduced the antenna technology. The system realizes the data monitoring and control of the whole agricultural planting process and improves the accuracy and efficiency of agricultural cultivation. Through the implementation of the new scheme and the comparison with the traditional agricultural planting methods, this study demonstrates the important advantages of the new scheme in improving agricultural production efficiency and reducing production costs. The system is used in agricultural intelligent planting. Through the data monitoring and control of the wireless sensor nodes, the real-time monitoring, data collection, and real-time control of the agricultural production environment are realized. This paper focuses on the application of this system in wireless smart farms and improves the efficiency and quality of agricultural production through the analysis and processing of the data.

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Publication Details

Published
2025-02-21
DOI
https://doi.org/10.1145/3728725.3728772
Primary Topic
Wireless Sensor Networks and IoT
Type
article
Field-Weighted Citation Impact
0.00
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article

Application and Design of Wi-Fi Ad Hoc Network Technology in Intelligent Agricultural Ecosystem

Rongfu Wang, Ping-Yao Huang
Wireless Sensor Networks and IoT
article

Application and Design of Wi-Fi Ad Hoc Network Technology in Intelligent Agricultural Ecosystem

Rongfu Wang, Ping-Yao Huang
article en

Abstract

This paper presents an intelligent agriculture system scheme based on Wi-Fi Ad Hoc networking technology. By arranging Wi-Fi routing nodes in the farmland, and using UDP protocol, the wireless transmission of farmland data is realized. To improve the reliability and stability of the data connection, this study designed the autonomous encryption sending and decryption receiving process and introduced the antenna technology. The system realizes the data monitoring and control of the whole agricultural planting process and improves the accuracy and efficiency of agricultural cultivation. Through the implementation of the new scheme and the comparison with the traditional agricultural planting methods, this study demonstrates the important advantages of the new scheme in improving agricultural production efficiency and reducing production costs. The system is used in agricultural intelligent planting. Through the data monitoring and control of the wireless sensor nodes, the real-time monitoring, data collection, and real-time control of the agricultural production environment are realized. This paper focuses on the application of this system in wireless smart farms and improves the efficiency and quality of agricultural production through the analysis and processing of the data.

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