Title :
Elements of early vision for computer graphics
Author :
Ferwerda, James A.
Author_Institution :
Program of Comput. Graphics, Cornell Univ., Ithaca, NY, USA
Abstract :
Visually based techniques in computer graphics have blossomed. Important advances in perceptually driven rendering, realistic image display, high-fidelity visualization, and appearance-preserving geometric simplification have all been realized by applying knowledge of the limitations and capabilities of human visual processing. Much of this work is grounded in the physiology and psychophysics of early vision, which focuses on how visual mechanisms transduce and code the patterns of light arriving at the eye. The article surveys some of the fundamental findings in the study of early vision including basic visual anatomy and physiology, optical properties of the eye, light sensitivity and visual adaptation, and spatial vision
Keywords :
computer graphics; eye; physiology; visual perception; appearance-preserving geometric simplification; computer graphics; early vision; eye; high-fidelity visualization; human visual processing; light sensitivity; optical properties; perceptually driven rendering; physiology; psychophysics; realistic image display; spatial vision; visual adaptation; visual anatomy; visual physiology; Computer graphics; Cornea; Humans; Iris; Lenses; Nerve fibers; Optical network units; Photoreceptors; Retina; Visual system;
Journal_Title :
Computer Graphics and Applications, IEEE