| 期刊論文 |
- 第一作者, Effects of Illuminance Level of Light Source on White Appearance of a Tablet Display. Applied Sciences (SCI), Jan 2025.
- 第四作者, The bi-long short-term memory based on multiscale and mesoscale feature extraction for electric load forecasting. Applied Soft Computing (SCI), Sep 2024.
- 第四作者, CQND-WHO: Chaotic quantum nonlinear differential wild horse optimizer. Nonlinear Dynamics (SCIE), Mar 2024.
- 第一作者, Investigation of Text-background Lightness Combination on Visual Clarity Using a Head-up Display under Various Surround Conditions and Different Age Groups. Applied Sciences (SCI), May 2023.
- 第三作者, Use of Weighted Local Constant Method to Short-term Forecasting of Electric Load in Aities at Weekends. Electric Power Systems Research (SCIE), May 2023.
- 第一作者, Visual Comfort of Tablet Devices under a Wide Range of Ambient Light Levels. Applied Sciences (SCI), Nov 2021.
- 第一作者, White Appearance of Virtual Stimuli Produced by Augmented Reality. Color Research and Application (SCI), Nov 2020. |
| 會議論文 |
- 第一作者, White Appearance for Optimal Text-background Lightness Combination Document Layout on a Tablet Display under Normal Light Levels. Optics & Photonics Taiwan International Conference (OPTIC), 高雄, 台灣, 2021.
- 第二作者, A Comparison of Colour Appearance in Virtual Reality between Different Screen Resolutions. International Commission on Illumination (CIE), 香港, 2020.
- 第一作者, Optimal Text-background Lightness Combinations of Tablet Devices for Visual Comfort Under A Wide Range of Illuminance Levels. International Commission on Illumination (CIE), 香港, 2020.
- 第一作者, Optimal Text-background Lightness Combination for Enhancing Visual Clarity Using a Head-up Display under Different. IS&T's Color and Imaging Conference (CIC), 千葉, 日本, 2020.
- 第一作者, Consumer Behavior of Choosing Smart Phone. International Conference on Innovation and Design (ICID), 新北, 台灣, 2020.
- 第一作者, A Prediction Model of Visual Comfort for an E-reading Device Based on Machine Learning. Optics & Photonics Taiwan International Conference (OPTIC), 臺北, 台灣, 2020. |
| 計劃 |
- 教育部技專校院產業學院計畫2025 (教育部計畫主持人).
- 顯示器反射特性量測技術服務2024 (工業技術研究院計畫主持人).
- 擴增實境視覺搜尋研究-以抬頭顯示器為例2023 (國科會計畫主持人).
- 照明環境對繪畫視覺傳達與影像再現之研究2021 (國科會計畫主持人).
- 抬頭顯示器視覺清晰與舒適度研究及其數學模型開發2020 (國科會產學合作專題研究計畫主持人).
- 建置彩色光源與白光源下銀髮族的平板顯示器影像白度資料庫以提升視覺舒適度2020 (國科會計畫主持人). |
