ICC has announced a preliminary specification for iccMAX, a next-generation colour management system that expands
the existing ICC profile format and architecture to overcome the limitation of the fixed colorimetric Profile Connection
Space and support a much wider range of functionality. New features introduced in iccMAX include spectral processing,
material identification and visualization, BRDF, new data types, an improved gamut boundary descriptor and support for
arbitrary and programmable transforms. The iccMAX preliminary specification is accompanied by a reference
implementation, and will undergo a period of public review before being finalized.
KEYWORDS: Calibration, Sensors, Signal to noise ratio, CRTs, Optical filters, Manufacturing, RGB color model, Control systems, Measurement devices, Analog electronics
The accurate measurement of the colorimetry of a CRT is a challenging task that is affected by many factors. New advances in electronics and computer technology have enabled the development of high quality, low cost, sensing mechanisms. The integration of color management facilities into computer operating systems has led to increased consumer demand for on-line, or embedded, measurement and control capability of individual color displays. The embedded measurement device may be attached either to the monitor directly or to the host computer which drives the monitor. The demand for lower cost measurement does not mean that specifications can be compromised. The techniques for achieving these goals are described in this work.
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