Vector Space Mathematics for Color: A Primer for Color and Imaging Scientists

This book provides introductory mathematical guidance for those working in the field of color science. The material enables readers to express color science problems, obtain optimal solutions, and communicate those solutions effectively and clearly. For example, the mathematics presented illustrate the modeling of complex color systems, making it possible to optimize the spectral sensitivity of a device such as a digital camera. Similarly, the concepts of the book can be used in the design of color measuring instruments, as well as in the design of colorants for textiles or color printing.

Describing the mathematics for color imaging is helpful, but creating implementations of the mathematics is even more useful. As such, the text includes the implementation of many examples with MATLAB scripts. These scripts demonstrate approaches for determining spectral metamers, designing optimal color filters, and creating color transformations.

The audience includes students who are studying color science or digital imaging, and engineers in industry who are involved in the design of color measuring instruments and color reproduction devices. Those working or studying in the field of image processing who are not familiar with color science may also find the contents helpful.

Printed with premium color ink on 60# (100 GSM) white paper to provide high quality illustrations.