Abstract
The phytomonitoring subsystem software and hardware in a modern greenhouse building is provided through the use of LabVIEW software and Arduino equipment tested directly at the production site. It is shown that when growing vegetables in greenhouses it is important to take into account not only the temperature of the atmosphere in the greenhouse, but also the temperature of the plant itself. The dependence of the plant temperature on the light in the greenhouse has been analyzed, an advanced mathematical model of the greenhouse has been obtained as an object of control, suitable for forming control effects taking into account the spatial variance of the object. Purpose: to develop a subsystem of phytomonitoring in the greenhouse, which will complement the traditionally existing microclimate control system (in our case tomatoes) and clarify the mathematical model of the greenhouse as a spatially dispersed control object.
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