IS-1995-92

Abstract

Achievements

Optimal Environmental Control for Indeterminate Greenhouse Crops	Budget	Duration
	$195,000	3 years

	Seginer, I.	Technion
	Gutman, P.O.	Technion
	Jones, J.W.	U Florida
	Vallejos, C.E.	U Florida

Publication List

Ioslovich I. and I. Seginer (1995). Neural networks for dynamical crop growth model reduction and optimization. In: Artificial Neural Nets and Genetic Algorithms. Proc. International Conf. in Ales, France. D.W. Pearson, N.C. Steele and R.F. Albrecht, Eds. Springer. :352-355

Hwang Y.K. and J.W. Jones (1994). Integrating biological and physical models for greenhouse environmental control. ASAE Paper 94-4577:20

Hwang Y.K. and J.W. Jones (1993). Optimizing Temperature and CO2 in Subtropical Greenhouses. ASAE Paper No. 93-3504. :24

Linker, R., I. Seginer and P-O. Gutman (1996). Optimal CO2 control in a greenhouse modelled with neural networks. Proceedings ICCTA'96. :550-555

Jones, J.W.,Y.K. Hwang and I. Seginer (1995). Simulation of greenhouse crops, environments and control systems.  Acta Hortic 399:73-84

Seginer, I., Y. Hwang, T. Boulard and J. Jones (1996). Mimicking an expert greenhouse grower with a neural-net policy.  Trans ASAE (Am Soc Agric Eng) 39(1):299-306

Jones, J.W. Y.K. Hwang and I. Seginer (1994). Simulation of Greenhouse Crops, Environments and Control Systems.  Acta Hortic :

Gary, C. J.W. Jones and J.J. Longenuesse (1993). Modelling Daily Changes in Specific Leaf Area of Tomato: The Contribution of the Leaf Assimilate Pool.  Acta Hortic 328:205-210

Ioslovich, I. and I. Seginer (1996). Normalized costate variable for seasonal optimization of greenhouse tomato production.  Acta Hortic 471:87-97

Ioslovich, I., I. Seginer, P-O. Gutman and M. Borshchevsky (1995). Sub-optimal CO2 enrichment of greenhouses.  J Agric Eng Res 60:117-136

Ioslovich, I., I. Seginer, P-O. Gutman and M. Borshchevsky (1994). Sub-optimal CO2, Enrichment of Greenhouses.  J Agric Eng Res 60:117-136

Seginer, I. and I. Ioslovich (1996). Crop model reduction and simulation in reduced space.  Acta Hortic 406:63-71

Seginer, I., I. Ioslovich and R. Linker (1997). Optimal CO2 enrichment of greenhouses in mild climates.  Acta Hortic 443:129-135

Seginer, I., Th. Boulard and B.J. Beiley (1994). Neural network models of the greenhouse climate.  Journal of Agricultural Engineering Research. 59:203-216

Seginer, I., Th. Boulard and B.J. Bailey (1994). Neural Network Models of the Greenhouse Climate.  J Agric Eng Res 59:203-216

Linker, R. (1995). Simultaneous CO2 enrichment and ventilation of greenhouses. M.Sc. Thesis, Agricultural Engineering Department, Technion, Haifa, Israel. :99

Hwang, Y.K. (1993). Optimization of Greenhouse Temperature and Carbon Dioxide in Subtropical Climate. Ph.D. Dissertation, University of Florida, Gainesville, FL. :