Abstract The Artificial Intelligence of Things (AIoT), a combination of the Internet of Things
(IoT) and Artificial Intelligence (AI), plays an increasingly important role in smart agriculture …

Featured Application This work demonstrates the feasibility of using wireless networks with
Wi-Fi technology in the deployment of sensor networks for precision agriculture. Abstract …

Hydroponics is a cultivation method where the plants are grown by using water as the
growing media. One of the solutions we can choose to end vegetables production quantity …

Wireless communication systems play a pivotal role in various applications, driving the need
for robust and efficient modules. This paper addresses the challenges, methodologies, and …

In the modernized world, technologies are emerging in all the fields including agriculture. In
the base of agricultural domain, practicing the traditional methods consumes large …

Renewable resources have the potential to address pressing environmental and energy
challenges, yet their widespread adoption and utilization in agriculture monitoring remain …

As populations increase affect lack of agricultural land and change the way farmers grow
crops. Nowadays, many farmers turn to cultivate crops using hydroponic method such as …

Water is essential for growth of plants. Plant's soil must be monitored to make sure it has
adequate water. This research aims to monitor plant's soil moisture in agricultural land. This …

池塘养殖对水质的实时状况较为敏感, 因此对水质监控系统提出了严格要求.
针对池塘养殖所面对的野外复杂环境, 设计了一种基于LoRa 协议与ZigBee …

This research is the designing and constructing of a watering management system on a
6,760 square meter asparagus farming area using the Internet of Things approach to …