本研究以遊戲市場所採用的電玩顯示器為例，針對顯示器製造商可調整色彩的參數，提供一套系統性的流程調整作業，使遊戲設計師原創的遊戲顏色與畫質能被忠實呈現於電玩顯示器上。本研究就此作業提出兩種新的調校方法，使得電玩顯示器顯色可以逼近原創畫面。

本研究以不同顯示器的面板做為實驗樣本，以同樣的控制器搭配不同面板組成的電玩顯示器，進行伽瑪曲線、亮度以及色溫的調校，並計算調整後的顏色差異性，測量兩款不同顯示器的數據及調整色彩時間為30分鐘。透過20組不同面板搭配相同顯示器晶片所做的實驗結果顯示，不同顯示器之間的灰階色差(Gray color difference)值，可測量到比原有的調整方法更低的色差值，並且能使誤差值(Delta E)低於3以下，優於現有常用之調整方法，達成其色彩再現的目的。

This research is to propose a method to optimize some color displays (monitors) by adjusting factory’s programmable parameters to approximate the original game designer’s display, in color and picture quality. Eventually, two new methods are proposed.
A few different (panel) displays were selected as experimental samples and combined with the same controller in the proposed methods in finding the best values of brightness, Gamma curve, and color temperature. The process of measurements between two different panel displays and color adjustment took up to 30 minutes. Based on 20 sets of experimental data on various display panels, under the same controller, the proposed two new methods got the values for ‘gray color differences’ smaller than the known two textbook methods of color adjustments. Also, the lowers discrepancy values (Delta E) were all below 3 which were also even better than the two known methods.

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