CAM02UCSSystemen

CAM02UCSSystemen is a color appearance model developed by Research and Development Department of Eastman Kodak Company. The model, also known as the 'UCS CMS' or 'Color Appearance Model', aims to predict the color appearance of an object when viewed under different lighting conditions.

The model was first presented in a paper by Hunt at the CIE Expert Symposium '97 in 1997. Since then, it has been widely used in various fields, including computer graphics, printing, and display technology.

CAM02UCSSystemen takes into account several factors that influence how we perceive colors, including lighting conditions, time of day, and the surroundings of an object. The model uses a multidimensional equation to estimate the perceived color of an object under different viewing conditions.

One of the key features of CAM02UCSSystemen is its ability to predict color appearance under realistic lighting conditions. This is in contrast to many other color appearance models, which typically assume standardized or daylight illuminations.

The model is directly related to the CIECAM02 color appearance model, which is used in the Specification for information technology - Display monitor for computers - Part 2: Measurement of equipment. CAM02UCSSystemen is considered an extension of CIECAM02, providing more accurate and realistic predictions of color appearance.

The CAM02UCSSystemen model has been implemented in various software applications, including graphics editing tools and color management systems. Its applications range from photography and printing to display technology and color reproduction.

Research and further development of the model are ongoing, with researchers exploring its potential applications and improving its accuracy.