An introduction to color perception, measurement and reproduction. Building upon an understanding of the human visual system from 1051-400, this course explores in more detail the basis of color perception by the visual system and applied those principles to the study of methods of color measurement and reproduction. The principles, techniques and applications of digital image processing are introduced. Geometrical, point, neighborhood and global mathematical operations on digital images are considered, including kernel operators and discrete convolution. Applications of image processing are described.
Emphasis is placed on implementation of image operations.
3 Credits 1051-462 Fundamentals of Digital Image Processing II Alternate mathematical representations of digital images based on global operations are introduced, including those based on the discrete Fourier transform and the Radon transform. Geometric operations required to correct image distortions are considered. Applications of image processing techniques are described. An analytical approach to evaluating imaging systems using linear systems theory. The concepts of convolution and Fourier methods and the use of frequency analysis and Fourier methods are emphasized.