We introduce the iteratively clustered interpolation algorithm to compute a structured printer inverse look-up table from irregularly
sampled experimental color data. The algorithm is based on a gradient optimization method, with initial points generated through an iterative
technique. Experimental results with a digital color printer are provided to illustrate the algorithm.
Description:
RIT community members may access full-text via RIT Libraries licensed databases: http://library.rit.edu/databases/
Fifteen color normal and dichromatic observers participated in a CRT
image display study conducted via the Internet at the The Rochester
Institute of Technology. The groups consisted of three color normal and
twelve ...
"Choosing colors should not be a gamble. It should be a conscious decision. Colors have meaning and function."
~Verner Panton
For those of us who have been blessed with the gift of sight, we are able to see various ...
Rochester Institute of Technology's National Technical Institute for the Deaf in Rochester, N.Y., recently received Master Colors' HVC (Hue Value and Chroma) Color Composer software to support its Arts and Imaging Studies program.