Abstract

The topic of this paper is the fundamentals of the Internet of Things architecture in biological systems, including architecture layers, sensors, wireless communication, and the cloud as a central data processing system. We describe a proposal for developing a plant hormone monitoring system based on the Internet of Things. The potential for continuous and remote monitoring of plant conditions opens up through the combination of appropriate technologies, protocols for wireless connection, and sensors for measuring hormone levels. Such a system should enable obtaining key information about the hormonal status of plants and timely response to plant needs.

Keywords: Internet of Things, Sensors, Biological Systems
Published on website: 15.10.2023
Attached files: jeremic.pdf