Journal of the Society for Information Display · 2005 · 17 citations · 3 references
EngineeringComputer SystemsComputer GraphicsLow-power DesignColor PerceptionDisplay DesignDisplay TechnologiesPower ManagementColor Conversion AlgorithmsColor-conversion MaterialsLow-power Display ArchitecturePower ConsumptionPower Consumption ModelingPower Consumption OptimizationPower EfficiencyPrimary Display Systems
Abstract— A color‐conversion method for a light‐emitting multi‐primary‐color display is proposed. While amulti‐primary‐color display uses four or more primary colors to reproduce a wide color gamut, multiple sets of primary‐color signals are needed to reproduce one color. Therefore, linear programming, which results in low power consumption, was adopted to uniquely determine the set of primary‐color signals. Although a highly accurate color conversion was achieved by using linear programming with low power consumption, it requires a very long time to convert colors of high‐resolution images. Therefore, by categorizing the color conversion of linear programming as a classification problem, colors are converted by using the decision‐tree method, which is a classification method. As a result, color conversion with high accuracy, low power consumption, and short conversion time was achieved.
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Hiroshi Okada, Peter Grant, I. W. Band et al. · 2000 · 342 citations
Color Conversion Method for Multiprimary Display Using Matrix Switching
Takeyuki Ajito, Kenro Ohsawa, Takashi Obi et al. · Optical Review · 2001 · 56 citations