Publication | Closed Access
Soft computing for greenhouse climate control
98
Citations
7
References
2000
Year
Artificial IntelligenceEngineeringClimate VariablesClimate PolicyIntelligent SystemsClimate ServiceEarth ScienceNonlinear Physical PhenomenaSystems EngineeringModeling And SimulationEnergy ControlClimate ChangeArtificial SystemIntelligent ControlComputer EngineeringComputer ScienceIntegrated ControlApplied Artificial IntelligenceEnergy ManagementGreenhouse EffectGreenhouse Climate ControlGlobal Warming Potential
The methodology proposed in the paper applies artificial intelligence (AI) techniques to the modeling and control of some climate variables within a greenhouse. The nonlinear physical phenomena governing the dynamics of temperature and humidity in such systems are, in fact, difficult to model and control using traditional techniques. The paper proposes a framework for the development of soft computing-based controllers in modern greenhouses.
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