Optimal control of greenhouse cultivation /
Optimal control of greenhouse cultivation /
Gerrit van Straten ... [et al.].
- Boca Raton, FL : CRC Press, c2011.
- xx, 305 p. : ill. ; 27 cm.
CONTENTS
Chapter 1: Introduction and problem statement
greenhouse-crop cultivation-benefits and challenges
automatic control
elementary description of the greenhouse -crop system
measurements and instrumentation
e.tc
Chapter 2: Introduction to optimal control of greenhouse climate
introduction and motivation
a simple illustrative example
e.tc
Chapter 3: Open-loop optimal control
introduction
optimal control theory
optimal control algorithms
e.tc
Chapter 4: Closed-loop optimal control
introduction
state estimation
linear quadratic feedback
e.tc
Chapter 5: Greenhouse cultivation control paradigns
introduction
optimal control revisited
earlier surveys of greenhouse climate control solutions
e.tc
Chapter 6: A seminal case: Lettuce
introduction
models
the optimal control problem
optimal control case studies
e.tc
Chapter 7: An experimental application: Tomato
introduction
tomato model
greenhouse climate model
e.tc
Chapter 8: An advanced application: The solar greenhouse
introduction
description of the solar greenhouse concept
the solar description
e.tc
Chapter 9: Developments, open issues, and perspectives
introduction
developments in the greenhouse industry and consequences for control
prerequisites for future control systems
challenges for science and technology
e.tc
Includes bibliographical references and index.
9781420059618 (acidfree paper)
Greenhouses--Environmental engineering.
Greenhouses--Climate.
Greenhouses--Heating and ventilation.
631.583 / OPT
CONTENTS
Chapter 1: Introduction and problem statement
greenhouse-crop cultivation-benefits and challenges
automatic control
elementary description of the greenhouse -crop system
measurements and instrumentation
e.tc
Chapter 2: Introduction to optimal control of greenhouse climate
introduction and motivation
a simple illustrative example
e.tc
Chapter 3: Open-loop optimal control
introduction
optimal control theory
optimal control algorithms
e.tc
Chapter 4: Closed-loop optimal control
introduction
state estimation
linear quadratic feedback
e.tc
Chapter 5: Greenhouse cultivation control paradigns
introduction
optimal control revisited
earlier surveys of greenhouse climate control solutions
e.tc
Chapter 6: A seminal case: Lettuce
introduction
models
the optimal control problem
optimal control case studies
e.tc
Chapter 7: An experimental application: Tomato
introduction
tomato model
greenhouse climate model
e.tc
Chapter 8: An advanced application: The solar greenhouse
introduction
description of the solar greenhouse concept
the solar description
e.tc
Chapter 9: Developments, open issues, and perspectives
introduction
developments in the greenhouse industry and consequences for control
prerequisites for future control systems
challenges for science and technology
e.tc
Includes bibliographical references and index.
9781420059618 (acidfree paper)
Greenhouses--Environmental engineering.
Greenhouses--Climate.
Greenhouses--Heating and ventilation.
631.583 / OPT