Greenhouses are highly nonlinear, non-isolated systems which are very difficult to model
and control. For desired plant growth, such greenhouses demand a very specific form of …

This work describes the receding horizon control of an inside air temperature of greenhouse
using the grey wolf optimization algorithms based on constraints on manipulative variables …

This paper presents the novel concept of simulation and optimized control of the
greenhouse system (GHS). The greenhouse is a climate control system with protection …

This paper presents the preliminary experimental results to control the temperature under
greenhouse. A new strategy of model control free techniques has been applied to the …

Smart and automated greenhouse system is the solution of current food and agronomy
related threats with growing demands and population upraise. Keeping optimal ambient …

This paper develops a control system for greenhouse climate with PID controllers tuned
based on genetic algorithms. The greenhouse climate nonlinear model with dead-time and …

This work focuses on development of control algorithms by incorporating energy and water
consumption to maintain climatic conditions in greenhouse. Advanced control algorithms …

The traditional tuning scheme of proportional, integral, and derivative (PID) controller
parameters usually lay more emphasis on control performances than economic profits. As a …

This paper investigates the issue of PID-controller parameters tuning for a greenhouse
climate control system using Evolutionary Algorithms based on multiple performance …

The socio-economic evolution of populations has in recent decades a rapid and multiple
changes, including dietary habits that have been characterized by the consumption of fresh …