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COMPUTATIONAL VISION AND NEURAL NETWORKS

#3
From: Gisele Pham
Date: Tue, 27 Oct 1992 22:22
27 lines
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DATE Thursday, October 29, 1992
TIME 4:30-6:00 P.M.
PLACE 3400 Boelter Hall
Cookies & Coffee Will Be Served
Starting at 4:00 PM

COMPUTATIONAL VISION AND NEURAL NETWORKS
Josef Skrzypek
Machine Perception Laboratory
Department of Computer Science

ABSTRACT 
One of the key problems in vision is segmentation of images into labeled
patches that represent features, surfaces and objects in the scene.
Analytical models for delineating and labeling surfaces as white, black,
grey or color regardless of variation in intensity or hue of the
illuminant remain a matter of controversy.

We investigate these problems in the domain of computational
neuroscience by testing the compatibility between physiological data and
computational theories of lightness and color constancy.

Since all foveal vision is based on invariant contrast information,
reconstruction of original surface values is an important and common
problem in many segmentation tasks.  Time permitting we will present our
neural net simulation results which address these problems as textural
segmentation and boundary gap filling from illusory contours
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From: gpham@lanai.cs.ucla.edu (Gisele Pham)
Newsgroups: la.seminars
Subject: COMPUTATIONAL VISION AND NEURAL NETWORKS
Keywords: CS201 Seminar
Message-ID: <1992Oct27.222241.16146@cs.ucla.edu>
Date: 27 Oct 92 22:22:41 GMT
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Organization: UCLA, Computer Science Department
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