Computational models of visual processing

Part 1 The task of vision: the plenoptic function and the elements of early vision, Edward H.Adelson and James R.Bergen. Part 2 Receptors and sampling: learning receptor positions, Albert J.Ahumada, Jr a model of aliasing in extrafoveal human vision, Carlo L.M.Tiana et al models of human rod receptors and the ERG, Donald C.Hood and Davic G.Birch. Part 3 Models of neural function: the design of chromatically opponent receptive fields, Peter Lennie et al spatial receptive field organization in monkey V1 and its relationship to the cone mosaic, Michael J.Hawken and Andrew J.Parker neural contrast sensitivity, Andrew B.Watson spatiotemporal receptive fields and direction selectivity, Robert Shapley et al nonlinear model of neural responses in cat visual cortex, David J.Heeger. Part 4 Detection and discrimination: a template matching model of subthreshold summation, Jacob Nachmias noise in the visual system may be early, Denis G.Pelli pattern discrimination, visual filters and spatial sampling irregularity, Hugh R.Wilson. Part 5 Color and shading: a bilinear model of the illuminant's effect on color appearance, David H.Brainard and Brian A.Wandell shading ambiguity - reflectance and illumination, Michael D'Zumara transparency and the cooperative computation of scene attributes, Daniel Kersten. Part 6 Motion and texture: theories for the visual perception of local velocity and coherent motion, Norberto M.Grzywacz and Alan L.Yuille computational modeling of visual texture segregation, James R.Bergen and Michael S.Landy complex channels, early local nonlinearities, and normalization in texture segregation, Norma Graham orthogonal distribution analysis - a new approach to the study of texture perception, Charles Chubb and Michael S.Landy. Part 7 3D Shape: shape from X - psychophysics and computation, Heinrich H.Bulthoff computational issues in solving the stereo correspondence problem, John P.Frisby and Stephen B.Pollard stereo, surfaces, and shape, Andrew J.Parker et al.