Full text: Mesures physiques et signatures en télédétection

1076 
Faugeras O. (1988) Quelques pas vers la vision artificielle en trois dimensions. Technique et science 
informatiques, AFCET - Bordas, 7 : 547 - 590 
Goel N., Rozenhal I. and Thompson R. (1991) Vegetation canopies and arbitrary shapes : Computer generation 
and bidirectional reflectance calculations. Proc. of the 5 th Int. Coloq. on Physical measurements and 
Signatures in Remote Sensing, Courchevel (France), Jan 14 -18, ESA SP-319 : 409 - 413 
Greville T. (1960) Some applications of the pseudo-inverse of matrix. SIAM Revue Up, 15-20 
Ivanov N, Boissard P, Chapron M, Valéry P (1994) Estimation of the Height and of the Angles of Orientation 
of Upper Leaves in Maize Canopy From Stereovision. In press Agronomie 
Jia J. and Krutz G. (1992) Location of the maize plant with machine vision. Journal of Agricultural 
Engineering Research, 52 : 169 - 181 
Kuusk A. (1991) The hot-spot effect in plant canopy reflectance, in Photon-vegetation interactions, Application 
in optical remote sensing and plant ecology. Myneni and Ross Eds, Springer, 139-159 
Lemeur R, (1973) A method or simulating the direct solar radiation regime in Sunflower, Jerusalem Artichoke, 
Com and Soybean canopies using actual stand structure data. Agricultural Meteorology, 12 : 229 - 247 
Lewis P. and Muller J.-P. (1990) Botanical plant modelling system for remote sensing simulation studies, 
Proceedings IGARSS'90, Washington DC (USA), May 21-24, 1990, Vol. 3 : 1739-1742 
Lewis P. and Muller J.-P. and Morris K (1991) Quality assessement of a botanical plant modelling system for 
remote sensing simulation studies, Proceedings IGARSS'91, Espoo (Finland), Vol. 4, June 3-6, 1991 
Lewis P. and Muller J.-P. (1992) The Advanced Radiometric Ray Tracer ARARAT for Plant Canopy 
Reflectance Simulation, International Archives of Photogrammetry and Remote Sensing, Washington DC 
(USA),, Vol. 29 Commission VII : 26-34 
LiuN. (1991) Vision stéréoscopique : Calibration et mise en correspondance de primitives dans un univers 
polyédrique. Thèse de docteur es sciences à l'Université de Paris Sud (France), 174 pp 
MouliaB. and SinoquetH. (1993) "Three-dimensional digitizing systems for plant canopy geometrical 
structure : a review. Crop Structure and Light Microclimate, I.N.R.A. (France), pp. 183-193 
Perrier A. (1976) Etude et essai de modélisation des échanges de masse et d'énergie au niveau des couverts 
végétaux : profils microclimatiques, évapotranspiration et photosynthèse nette. Thèse de doctorat d'état es 
sciences physiques, Université de Paris VI, 236 p 
Prévôt L., Aries F. and MonestiezP. (1991) Modélisation de la structure géométrique du maïs. Agronomie 
11 : 491 -503 
Prévôt L. and Brunet Y. (1993) "Estimating the vertical profile of the Leaf Inclination Distribution Function : 
The silhouette method. Crop Structure and Light Microclimate, I.N.R.A. (France), pp. 195 - 200 
Ross J (1981) The radiation regime and architecture of plants stands. Junk publishers, The Netherlands, 391 p 
Umesh R. and Aggarval L. (1989) Structure from Stereo - A Review. IEEE Transaction on Systems, Man, and 
Cybernetics, vol. 19, no 6, 1489-1510 
Toscani G. (1988) Système de calibration et perception du mouvement en vision artificielle. Thèse de docteur es 
sciences à l'Université de Paris Sud (France), 144 p 
Verhoef W (1984) Light scattering by leaf layers with application to canopy reflectance modeling : the SAIL 
model. Rem. Sens. Environ., 16, 125 - 141
	        
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