作者: Anya C. Hurlbert
DOI:
关键词: Psychophysics 、 Color vision 、 Lightness 、 Artificial intelligence 、 Computational problem 、 Color constancy 、 Luminance 、 Computer vision 、 Standard illuminant 、 Mathematics 、 Color normalization
摘要: This thesis takes an interdisciplinary approach to the study of color vision, focussing on phenomenon constancy formulated as a computational problem. The primary contributions are (1) demonstration formal framework for lightness algorithms; (2) derivation new algorithm based regularization theory; (3) synthesis adaptive using ``learning'''' techniques; (4) development image segmentation that uses luminance and information mark material boundaries; (5) experimental investigation into cues human observers use judge illuminant. Other approaches reviewed some their links psychophysics physiology explored.