摘要：The main aim of the research is to implement the smart control for automating the process of monitoring and managing the quality of environment. Experimental hardware solution is in the form of prototype greenhouse that allows to monitor the quality of the environment. Selected microcontroller is utilized for the purposes of monitoring and gathering of data from the sensors. Hardware prototype serves as a model for data acquisition and its subsequent management. The treatment process is controlled to ensure the most stable conditions for plant growth in the greenhouse. The reading of temperature, humidity (both soil and air), pH and air quality were considered as main aspects for monitoring of the environment. The control is based on the implementation of fuzzy logic, the created model, and temperature prediction in the environment. The system represents a comprehensive solution for monitoring and influencing the plant growth. The experimental solution was evaluated in the laboratory conditions in the form of monitoring quality of environment during the growth of several plants, e.g. albizia julibrissin. Research was carried out as a part of MIDIH H2020 project, the DIHIWARE platform for collaboration was utilized, while proposing the utilization of project’s architecture in experimental solution.
