本論文研究主要分為兩個部分，第一部分探討2D及3D電視影像對於人們生理及心理訊號的影響。第二部分探討光源色溫對人警覺程度的影響，主要探討固定色溫及可調變色溫對人警覺程度的影響，以市售之高色溫光源(6500K)，及本色彩照明實驗室自製之LED全頻譜可變換式光源模組，調製出三種高色溫光源(6500K、9000K、12000K)為照明光源，因此本研究在於高色溫光源對人類警覺程度的變化之研究，進而找出符合人類需求之最佳變換式光源。而本研究皆以腦波(EEG)、皮膚導電係數、皮膚溫度等生理訊號來探討情緒與警覺程度的變化。

In this thesis, the analysis of TV visual stimulants of 2-dimension and 3-dimension for physiological signals and the study of effects of high CCT on arousal level are completed. Firstly, in the test of the analysis of TV visual stimulants of 2D and 3D for physiological signals, we utilizes the skin conductance response and the left and right brain hemispheres differences as the objective measuring index. Meanwhile, the subjective measurements we use the “SSQ (Seizure Severity Questionnaire)” questionnaire to quantify the emotional differences. Secondly, the influence of tunable high CCT and fixed CCT on arousal level is being studied. This experiment is implemented by fixed artificial light, commercial CCFL (6500K) and tunable artificial light ranging from 6500K to 12000K. The tunable light is full spectrum light and can be adjust to color temperature 6500K, 9000K, and 12000K. We measure EEG, skin conductance, and skin temperature to find the effect of human arousal level and emotion. In conclusion, we understand the effect of 2D and 3D visual stimulants affecting the subjects’ emotions in both objective and subjective aspects and find that tunable high CCT increases arousal level.

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