Table of Contents: Chapter Availability
Individual chapters are available for $25 each by sending an email to novascience@earthlink.net. Nova will provide the chapter for your easy downloading or send it as an email attachment if you prefer.
Preface
Chapter 1.-Introduction to artificial intelligence technology; pp. 1-46
(Soteris Kalogirou)
Chapter 2.-Artificial neural networks for meteorological variables pertained to energy and renewable energy applications; pp. 47-82
(Silas Michaelides, Filippos Tymvios, Soteris Kalogirou)
Chapter 3.-Artificial neural networks in solar thermal energy systems; pp. 83-130
(Sylvain Lalot)
Chapter 4.-Artificial neural networks and genetic algorithms for the optimization of solar thermal systems; pp. 131-162
(Soteris Kalogirou)
Chapter 5.-Artificial neural networks applied in PV systems and solar radiation; pp. 163-200
(Leocadio Hontoria, Jorge Aguilera, Florencia Almonacid, Gustavo Nofuentes, Pedro Zufiria)
Chapter 6.-Application of control algorithms for wind speed prediction and active power generation; pp. 201-233
(Arantxa Tapia, Gerardo Tapia, Patxi Flores)
Chapter 7.-Neuro-fuzzy Hammerstein model based predictive control of a solid oxide fuel cell; pp. 235-268
(Francisco Jurado)
Chapter 8.-The application of fuzzy systems to control and modeling of building systems; pp. 269-307
(Chris Underwood)
Chapter 9.-Application of computational intelligence techniques to architectural and building acoustics; pp. 309-338
(Jingfeng Xu, Joseph Nannariello, Fergus Fricke)
Chapter 10.-Active learning strategies for the neural estimation of engine maps; pp. 339-362
(Marta Neve, Giuseppe De Nicolao)
Chapter 11.-The application of artificial intelligence techniques in combustion systems; pp. 363-394
(John Ward, Chee-Keong Tan, Alex Z.S. Chong, Steven Wilcox)
Chapter 12.-Learning control of fluidized-bed combustion processes for power plants; pp. 395-438
(Enso Ikonen, Jeno Kovács)
Chapter 13.-Application of artificial intelligence techniques for the reduction of energy consumption of refrigeration systems; pp. 439-457
(Savvas Tassou, Debarati Datta, Ian Grace)
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