Research measuring system for the study of climate parameters quality plants

Abstract

The methods of building measurement systems to study the impact of climate parameters on the quality of the plants in order to establish a correspondence between climatic parameters and parameters of development are considered. The described measuring systemare is intended to test the hypothesis that the various greenhouses will have the same quality indicators vegetable products under the same climatic conditions. An analysis of the factors that affect the performance of plant products defined minimum set of parameters, such as temperature, humidity and light, determining the necessary microclimate. Reviewed and analyzed existing system of measurement of microclimate. The described measuring system is designed to study the impact of the limited number of climatic parameters on quality plants. The system provides for the collection of experimental data from sensors, transfer them to the server, maintaining the database and further statistical analysis. The peculiarity of the developed system is restored using information model environment that allows you to dynamically adjust the parameters of microclimate depending on the needs of plants in different periods of their growth, regardless of environmental conditions. The system was developed using a wireless Wi-Fi module to transfer the results of measurement results to a relational database management system. The server processing the results of measurements developed using JAX-RS technology platform Java EE, his work provided the server Wildfly. Measuring system proposed can be used both in research greenhouses and for experimental research in existing farms to improve plant growth consumer nature.