Journal articles

  1. †Wang H, *Wei M. 2024. Characterization of color appearance of self-luminous highlights under HDR scenes, Part I: brightness for neutral stimuli. Color Research & Application.
  2. †Zhao M, *Wei M. 2024. Specification of just-noticeable color difference for 2° and 10° stimuli using different color matching functions. Color Research & Application.
  3. †Liu Y, †Yue S, *Wei M. 2024. White balance for self-luminous highlights in images. Color Research & Application.
  4. †Yue S, *Wei M. 2024. Robust Pixel-wise Illuminant Estimation Algorithm for Images with a Low Bit-depth. Optics Express.
  5. †Shen Y, Huang M, Gao X, *Wei M, Gong X, Wang D. 2024. Effect of Observer Age and Stimulus Size on the Color Matching Performance. Color Research & Application.
  6. †Guo J, *Wei M. Xie F, Jiao Z. 2024. Adaptive Display White Point under Various Ambient Conditions. Journal of the Society for Information Display. 32:388-396.
  7. †Yue S, *Wei M. 2024. Effective Cross-Sensor Color Constancy using a Dual-mapping Strategy. Journal of the Optical Society of America A. 41(2):329-337.
  8. Huang M, Gao X, *Wei M, Wang Y, Li Y, Li X. 2023. Effect of Primary Peak Wavelength and Stimulus Size on Metameric Failure through Color Difference Evaluations. Color Research & Application.
  9. Huang M, Gao X, *Wei M, †Shen Y, Wang Y, Li X. 2023. Color Difference Evaluations on Metameric Color Stimuli by Observers of Three Age Groups. Optics Express. 31(17):28241-28256.
  10. †Wu J, *Wei M, Yang Y, Wang W. 2023. Color Characterization Model for OLED Displays with Crosstalk Effects. Color Research & Application.
  11. †Bai X, †Liu S, Deng S, *Zhang L, Wei M. 2023. An Optimal Control Strategy for ASHP Units with a Novel Dual-fan Outdoor Coil for Evener Frosting Along Airflow Direction Based on GRNN Modelling. Energy and Buildings.
  12. †Liu S, †Bai X, Deng S, *Zhang L, Wei M. 2023. Developing a Novel Control Strategy for Frosting Suppression Based on Condensing-frosting Performance Maps for Variable Speed Air Source Heat Pumps. Energy and Buildings.
  13. *Fong K, Ge X, Ting H, Wei M, Cheung H. 2023. The Effects of Light Therapy on Sleep, Agitation and Depression in People with Dementia: A Systematic Review and Meta-analysis of Randomized Controlled Trials. American Journal of Alzheimer Disease and Other Dementias.
  14. †Yue S, *Wei M. 2023. Color Constancy from A Pure Color View. Journal of the Optical Society of America A. 40(3):602-610.
  15. †Bai X, †Liu S, Deng S, *Zhang L, Wei M. 2022. A Modelling Study on The Frosting Characteristics of a Novel Dual-Fan Outdoor Coil in an Air Source Heat Pump Unit. Applied Thermal Engineering.
  16. †Wang H, *Wei M, Qu X. 2022. Constant Hue Loci in Different Color Spaces for Stimuli in Rec. 2020 Color Gamut and HDR Conditions. Optics Express. 30(25):44896-44907.
  17. †Liu S, †Bai X, Deng S, *Zhang L, Wei M. 2022. A Modelling Study on Developing the Condensing-Frosting Performance Maps for a Variable Speed Air Source Heat Pump. Journal of Building Engineering. 58:104990.
  18. Huang M, Wang Y, *Wei M, Li Y, Gao X, Li X. 2022. Effect of Observer Age and Stimulus Size on the Performance of CIE Color Matching Functions. Optics Express.30:16973-16986.
  19. †Liu S, †Bai X, Zhang L, Lin Y, Deng S, *Wang W, Wei M. 2022. Developing condensing-frosting performance maps for a variable speed air source heat pump (ASHP) for frosting suppression. Applied Thermal Engineering. 211:118397.
  20. †Bai X, †Liu S, Deng S, *Zhang L, Wei M. 2022. An Experimental Study on Achieving Even-Frosting for an Air Source Heat Pump using a Novel Dual-fan outdoor coil. Energy and Buildings. 255:111695.
  21. †Huang Z, *Wei M. 2021. Effects of Adapting Luminance and CCT on Appearance of White and Degree of Chromatic Adaptation, Part II: extremely high adapting luminance. Optics Express. 29(25):42319-42330.
  22. †Wu J, *Wei M. 2021. Color Mismatch and Observer Metamerism between Liquid Crystal Displays and Organic Light Emitting Diode Displays, Part II: adjacent stimuli with a larger field of view. Optics Express. 29(25):41731-41744.
  23. †Li Y, *Wei M, Zhang X. 2021. Consideration of Degree of Chromatic Adaptation for Reproducing Illuminated Scenes. Color Research & Application. 47(3):605-614.
  24. †Huang HP, Wei M, *Li HC, Ou LC. 2021. Visual Comfort of Tablet Devices under a Wide Range of Ambient Light Levels. Applied Science. 11(18):8679.
  25. Huang M, Li Y, Liu X, *Wei M. 2021. Effect of Primary Peak Wavelength on Color Matching and Color Matching Functions Performance. Optics Express.29(24):40447-40461.
  26. †Li Y, *Wei M. 2021. Perception of White for Stimuli with Luminance Beyond the Diffuse White. Journal of Imaging Science and Technology. 65(5):050405.
  27. †Wu J, *Wei M, Fu Y, Cui C. 2021. Color Mismatch and Observer Metamerism between Liquid Crystal Displays and Organic Light Emitting Diode Displays. Optics Express. 29(8):12292-12306.
  28. *Royer MP, Houser KW, Durmus D, Esposito T, Wei M. 2021. Recommended Methods for Conducting Human Factors Experiments on the Subjective Evaluation of Color Rendition. Lighting Research & Technology. 54:199-236.
  29. †Huang HP, *Wei M, †Chen S. 2020. White Appearance of Virtual Stimuli Produced by Augmented Reality. Color Research & Application. 46(2):294-302.
  30. †Wang J, *Wei M. 2021. Comparison of Daylight Simulation Methods for Reflected Sunlight from Curtain Walls. Building Simulation. 14:549-564.
  31. †Chen S, *Wei M. 2020. Chromaticities for Producing White Stimuli Depend on Viewing Mode rather than Viewing Medium: A Pilot Study. LEUKOS. 16(4):255-265.
  32. †Wang J, *Wei M, Ruan X. Characterization of Accepted Daylight Quality in Typical Residential Buildings in Hong Kong. Building & Environment. 182: 107094
  33. †Hu Y, *Wei M, Luo MR. 2020. Observer Metamerism to Display White Point using Different Primary Sets. Optics Express.28(14):20305-20323.
  34. †Bao W, *Wei M. 2020. Testing the Performance of CIECAM02 from 100 to 3500 cd/m2. Color Research & Application. 45:992-1004.
  35. †Zhu Y, *Wei M, Luo MR. 2020. Investigation on the Effects of Adapting Chromaticities and Luminance on Color Appearance on Computer Displays using Memory Colors. Color Research & Application. 45:612-621.
  36. †Bao W, *Wei M, Xiao K. 2020. Investigating Unique Hues at Different Chroma Levels with a Smaller Hue Angle Step. Journal of the Optical Society of America A. 37(4):671-679.
  37. †Kong X, *Wei M, Murdoch M, Heynderickx I, Vogels I. 2020. Assessing the Temporal Uniformity of CIELAB Hue Angle. Journal of the Optical Society of America A. 37(4):521-528.
  38. Yang B, *Wei M. 2020. Road Lighting: A Pilot Study Investigating the Effect of Color Contrast on Visual Performance. Lighting Research & Technology. 52:895-905.
  39. *Zhang X, †Wang M, Wei M, Liu S. 2020. Optimal Number of Sensors for a Digital Imaging System to Accurately Capture Colors from the Metamer Mismatching Perspective. Color Research & Application. 45:275-289.
  40. *Wei M, †Bao W, †Huang HP. 2020. Consideration of Light Level in Specifying Light Source Color Rendition. LEUKOS. 16(1):55-65.
  41. †Chen S, *Wei M. 2020. LED Illumination and Color Appearance of White-Balanced Images. LEUKOS. 16(3):203-215.
  42. †Chen S, *Wei M, Dai Q, Huang Y. 2020. Estimation of Possible Suppression of Melatonin Production Caused by Exterior Lighting in Commercial Business Districts in Metropolises. LEUKOS. 16(2):137-144.
  43. *Royer MP, Wei M, Wilkerson A, Safranek S. 2020. Experimental Validation of Color Rendition Specification Criteria Based on ANSI/IES TM-30-18. Lighting Research & Technology.52:323-349.
  44. †Bao W, *Wei M. 2020. Change of Gamut Size for Producing Preferred Color Appearance from 20 to 15000 lx. LEUKOS. 17(1):21-42.
  45. Guo Q, Wei M, Zheng Z, Huang X, Song X, Qiu J, *Dong G. 2019. Full-Color Chemically Modulated g-C3N4 for White-Light Emitting Device. Advanced Optical Materials. 7:1900775.
  46. *Wei M, †Chen S. 2019. Effects of Adapting Luminance and CCT on Appearance of White and Degree of Chromatic Adaptation. Optics Express. 27(6):9276-9286.
  47. *Wei M, Royer MP, †Huang HP. 2019. Perceived Color Fidelity under LEDs with Similar Rf but Different Ra. Lighting Research & Technology. 51:858-869.
  48. †Wang J, *Wei M, Chen L. 2019. Does Typical Weather Data Allow Accurate Predictions of Daylight Quality and Daylight-responsive Control System Performance? Energy and Buildings. 184:72-87.
  49. †Huang HP, *Wei M, Ou LC. 2019. Effect of Text-Background Lightness Combination on Visual Comfort for Reading on a Tablet Display under Different Surrounds. Color Research & Application. 44 (1):54-64.
  50. *Wei M, †Chen S, †Huang HP, Luo MR. 2018. Development of a Whiteness Formula for Surface Colors under an Arbitrary Light Source. Optics Express. 26(14):18171-18181.
  51. †Huang HP, *Wei M, Xiao K, Ou L. 2018. Unique Hue Judgments using Saturated and Desaturated Munsell Samples under Different Light Sources. Color Research & Application. 44:419-425.
  52. Cai W, Yue J, *Dai Q, Hao L, Lin Y, Shi W, Huang Y, Wei M. 2018. The Impact of Room Surface Reflectance on Corneal Illuminance and Rule-of-thumb Equations for Circadian Lighting Design. Building and Environment. 141:288-297.
  53. *Wei M, †Wang Y. 2018. Judgement of White Appearance for Surface Colors under Individual and Simultaneous Observations. LEUKOS. 14(4):245-257.
  54. †Chen S, *Wei M. 2018. Impact of FWA Excitation on White Balance Algorithms. Color Research & Application. 43(5):685-696.
  55. †Huang HP, *Wei M, Ou LC. 2018. White Appearance of a Tablet Display under Different Ambient Lighting Conditions. Optics Express. 26(4):5018-5030.
  56. *Wei M, †Chen S. 2018. Impact of Spectral Power Distribution of Daylight Simulators on Whiteness Specification for Surface Colors. Color Research & Application. 43(1):27-33.
  57. *Royer MR, Wilkerson AM, Wei M. 2018. Human Perceptions of Color Rendition at Different Chromaticities. Lighting Research & Technology. 50:965-994.
  58. †Wang Y, *Wei M. 2018. Preference Among Sources with Different Duv but Similar Color Rendition: A Pilot Study. Lighting Research & Technology. 50:1013-1023.
  59. †Ma S, Wei M, Liang J, Wang B, Chen Y, Pointer M, *Luo MR. 2018. Evaluation of Whiteness Indices. Lighting Research & Technology. 50(3):429-445.
  60. *Wei M, †Wang Y, †Ma S, Luo MR. 2017. Chromaticity and Characterization of Whiteness for Surface Colors. Optics Express. 25(23): 27981-27994.
  61. *Wei M, †Ma S, †Wang Y, Luo MR. 2017. Evaluation of Whiteness Formulas for FWA and non-FWA Whites. Journal of the Optical Society of America A. 34(4): 640-647.
  62. *Dai Q, Cai W, Shi W, Hao L, Wei M. 2017. A Proposed Lighting-Design Space: Circadian Effect Versus Brightness Appearance. Building and Environment. 122:287-293.
  63. *Wei M. 2017. Consider Colorimetric Quantities in Obtrusive Light Evaluation. Lighting Research & Technology. 49(1):4.
  64. *Wei M, Yang B, Lin Y. 2017. Optimization of a Spectrally Tunable LED Daylight Simulator. Color Research & Application. 42(4):419-423.
  65. *Royer MP, Wei M. 2017. The Role of Presented Objects in Deriving Color Preference from Psychophysical Studies. LEUKOS. 13(3):143-157.
  66. *Royer MP, Wilkerson AM, Wei M, Houser KW, Davis R. 2017. Human Judgements of Color Rendition Vary with Average Fidelity, Average Gamut, and Gamut Shape. Lighting Research & Technology. 49(8):966-991.
  67. *Wei M, Houser KW. 2017. Systematic Changes in Gamut Size Affects Color Preference. LEUKOS. 13(1): 23-32.
  68. Xu W, Wei M, Smet KAG, *Lin Y. 2017. Evaluation of the Prediction of Perceived Color Differences by Color Fidelity Metrics. Lighting Research & Technology. 49(7):805-817.
  69. *Lin Y, Wei M, Smet KAG, Tsukitani A, Bodrogi P, Khanh TQ. 2017. Color Preference Varies with Lighting Application. Lighting Research & Technology. 49(3): 316-328.
  70. *Wei M, Houser KW, David A, Krames MR. 2016. Color Gamut Size and Shape Influence Color Preference. Lighting Research & Technology. 49(8): 992-1014.
  71. Wei M, *Houser KW. 2016. What is the Cause of Apparent Preference for Sources with Chromaticity below the Blackbody Locus? LEUKOS. 12(1-2): 95-99.
  72. Ashdown I et al. 2015. Correspondence: In Support of the IES Method of Evaluating Light Source Color Rendition. Lighting Research & Technology. 47: 1029-1034.
  73. *David A, Fini PT,  Houser KW, Ohno Y, Royer MP, Smet KAG, Wei M, Whitehead L. 2015. Development of the IES Method for Evaluating the Color Rendition of Light Sources. Optics Express. 23(12):15888-15906.
  74. *Lin Y, Fotios SA, Wei M, Liu Y, Guo W, Sun Y. 2015. Eye Movement and Pupil Size Constriction under Discomfort Glare. Investigative Ophthalmology & Visual Science. 56(3): 1649-1656.
  75. Wei M, *Houser KW, David A, Krames MR. 2015. Perceptual Responses to LED Illumination with CIE General Color Rendering Indices of 85 and 97. Lighting Research & Technology. 47: 810-827.
  76. Wei M, *Houser KW, Orland B, Lang TC, Ram N, Sliwinski MJ, Bose M. 2014. Field Study of Office Worker Responses to Fluorescent Lighting of Different CCT and Lumen Output. Journal of Environmental Psychology. 39: 62-76.
  77. *Houser KW, Wei M, David A, Krames MR. 2014. Whiteness Perception under LED Illumination. LEUKOS. 10(3): 165-181.
  78. Wei M, *Houser KW, Allen GR, Beers WW. 2014. Color Preference under LEDs with Diminished Yellow Emission. LEUKOS. 10(3):119-131.
  79. *Houser KW, Wei M, David A, Krames MR, Shen XS. 2013. Review of Measures for Light-Source Color Rendition and Considerations for a Two-Measure System for Characterizing Color Rendition. Optics Express. 21(8): 10393-10411.
  80. Wei M, *Houser KW. 2012. Status of Solid-State Lighting Based on Entries to the 2010 US DOE Next Generation Luminaire Competition. LEUKOS. 8(4): 237-259.
  81. *Houser KW, Wei M, Royer MP. 2011. Illuminance Uniformity of Outdoor Sports Lighting. LEUKOS. 7(4): 221-235.
  82. Wei M, *Ge A. 2008. Research on a Method to Measure the Optical Parameters of a Precision Approach Path Indicator. Applied Optics. 47(26): 4762-4766.
  83. *Ge A, Song X, Wei M. 2009. Design for a Measurement System of LED Precision Approach Path Indicator Units. Light & Engineering. 17(4): 62-65.

Conference articles

  1. Jia J, *Wei M. 2024. Redefine Display User Metrics and Measurements in VR/AR with a User-Experience-Driven Approach. International Conference on Display Technology.
  2. Guo J, *Wei M. 2024. Advanced Ambient Adaptive Display Solution Considering Chromatic Adaptation. International Conference on Display Technology.
  3. Huang Z, *Wei M. 2024. Possible Disparity Mismatch when Viewing Images Rendered by Unity. International Conference on Display Technology.
  4. Yue S, *Wei M. 2023. Practical Cross-sensor Color Constancy using a Dual-Mapping Strategy. 31st Color and Imaging Conference. 2023.
  5. Yue S, *Wei M. 2022. Dive Into Illuminant Estimation from a Pure Color View. 30th Color and Imaging Conference. 2022.
  6. Wang H, *Wei M. 2022. Color Appearance Characterization of Highlight Stimuli in HDR Scenes Across a Wide Range of Diffuse White Luminance. 30th Color and Imaging Conference. 2022.
  7. *Wei M, Bao W, Huang Z. Oberlander J, Ruffer S, Jia J. 2022. Adaptive Display White Point for Enhancing Viewing Experience of Mixed Reality Headsets. 30th Color and Imaging Conference. 2022.
  8. Wang H, *Wei M, Qu X. 2022. Constant Hue Loci in Rec 2020 Gamut under an HDR Condition. 30th Color and Imaging Conference. 2022.
  9. *Wei M, Li Y, Zhang X. 2022. Considering Chromatic Adaptation in Camera White Balance. IS&T Electronic Imaging 2022.
  10. Li Y, *Wei M. 2021. Perception of White for Stimuli with Luminance Beyond the Diffuse White. 29th Color and Imaging Conference. Chiba, Japan. 2021. (accepted).
  11. *Wei M, Hu Y, Luo MR. 2020. Observer Metamerism to Display White Point between LCD and OLED Displays. 28th Color and Imaging Conference. Chiba, Japan. 2020. 
  12. *Wei M, Wang M. 2019. Investigation of Three Factors on Camera Accuracy. Chinese Optical Society Annual Conference. Hefei, China.
  13. *Wei M. 2019. Enhancement of Visual Performance under Road Lighting by Increasing Color Contrast. SSLChina 2019. Shenzhen, China.
  14. *Zhang X, Wang M, Wei M, Li S, Liu S. 2019. Metamer Mismatching for Different Number of Camera Combinations. 5th Asia Color Association Conference. Nagoya, Japan.
  15. Bao W, *Wei M. 2019. Change of Color Appearance Due to Extremely High Light Level: Corresponding Colors under 100 and 3000 cd/m2. 27th Color and Imaging Conference. Paris, France. 2019.
  16. Chen S, *Wei M. 2019. Real-world Environment Affects the Color Appearance of Virtual Stimuli Produced by Augmented Reality. 27th Color and Imaging Conference. Paris, France. 2019.
  17. Lv X, Wang Y, Wei M, *Luo MR. 2019. New Metrics for Evaluating Whiteness of Fluorescent Samples. 27th Color and Imaging Conference. Paris, France. 2019.
  18. Chen S, *Wei M. 2019. Degree of Chromatic Adaptation under Adapting Conditions with Different Luminance and Chromaticities. 27th Color and Imaging Conference. Paris, France. 2019.
  19. *Royer MP, Wei M, Wilkerson AM. 2019. Review of Experiments on Subjective Qualities of Color Rendition. CIE 2019. Washington DC, USA. 2019.
  20. Bao W, *Wei M. 2019. Effect of Light Level on Color Preference and Specification of Light Source Color Rendition. CIE 2019. Washington DC, USA. 2019.
  21. Huang HP, *Wei M, Xiao K, Ou LC, Xue P. 2019. Unique Hue Judgements under Light Sources with Different Chromaticities. CIE 2019. Washington DC, USA. 2019.
  22. Zhu Y, *Wei M. Luo MR. 2019. Investigation of Effect of CCT and Luminance of Adapting Field on Degree of Chromatic Adaptation via Memory Color Matching. CIE 2019. Washington DC, USA. 2019.
  23. Wang Y, Lv X, Wei M, *Luo MR. Proposal of a New Whiteness Formula Based on CAM16-UCS. CIE 2019. Washington DC, USA. 2019.
  24. Wang J, *Wei M. 2018. Difference Between Predicted and Actual Performance of a Daylight-Responsive Dimming Control System. The 4th Asia Conference of International Building Performance Simulation Association. Hong Kong. 2018.
  25. Huang HP, *Wei M, Ou L. 2018. White Appearance of a Tablet Display under Different Ambient Lighting Conditions and Its Impact on Visual Comfort. 25th International Display Workshops. Nagoya, Japan. 2018.
  26. Huang HP, *Wei M, Ou L. 2018. Optimal Text-Background Lightness Combination for Enhancing Visual Comfort when Using a Tablet under Different Surrounds. 26th Color and Imaging Conference. Vancouver, Canada. 2018. 259-263.
  27. Wang Y, Lv X, Ma S, Wei M, *Luo MR. 2018. Effective Boundary for White Surface Color. 26th Color and Imaging Conference. Vancouver, Canada. 2018. 231-236.
  28. *Wei M, Chen S, Huang HP, Luo MR. 2018. Effect of Stimulus Luminance and Adapting Luminance on Viewing Mode and Display White Appearance. 26th Color and Imaging Conference. Vancouver, Canada. 2018. 308-312.
  29. Bao W, *Wei M, Liu A. 2018. Light Sources with a Larger Gamut Area Can Enhance Color Preference under a Lower Light Level. 26th Color and Imaging Conference. Vancouver, Canada. 2018. 354-358.
  30. Chen S, *Wei M. 2018. White Balance under White-light LED Illumination. 26th Color and Imaging Conference. Vancouver, Canada. 2018. 140-144.
  31. Hou D, *Lin Y, Wei M. 2018. An Adaptive Display Dimming Curve for Enhanced Work Performance and Visual Comfort. CIE 2018 Smart Lighting. Taipei. Taiwan. 2018. 73-83.
  32. Chen S, *Wei M. 2018. Quantification of External Lighting on Human Circadian System in Metropolises at Night. CIE 2018 Smart Lighting. Taipei, Taiwan. 2018.
  33. Huang H, *Wei M, Ou L. 2018. Effect of Ambient Lighting Chromaticities on Perception of Neutral White of A Tablet. CIE 2018 Smart Lighting Conference. Taipei, Taiwan. 2018. 356-361.
  34. Wen Z, Zhou L, *Wei M, *Lin Y. 2017. Psychological and Physiological Influences of CCTs on Young People before Sleep. 14th China International Forum on Solid State Lighting (SSLChina 2017). Beijing, China 2017.
  35. *Wei M, Luo MR, Wang Y, Ma S. 2017. A Proposal for Characterizing Surface Whiteness Under Arbitrary Light Sources. CIE 2017 Midterm Meeting, Jeju, Korea. 2017: 38-46.
  36. Wang Y, Chen S, *Wei M, Luo MR. 2017. How Chromaticity Alone Affects Source Preference. CIE 2017 Midterm Meeting, Jeju, Korea. 2017: 490-497.
  37. Wang Y, *Wei M, Luo MR. 2017. Whiteness Boundary for Surface Colors. Proceedings of 25th Color and Imaging Conference. Lillehammer, Norway. 2017. 98-102.
  38. Wang Y, *Wei M, Ma S, Luo MR. 2017. Evaluation of Whiteness Formulas for FWA and Non-FWA Whites. 13th AIC International Congress. Jeju, Korea. 2017. OS22-1.
  39. *Luo MR, Wang Y, Ma S, Wei M. 2017. Characterization of Whiteness Appearance for FWA-enhanced Whites. 13th AIC International Congress. Jeju, Korea. 2017. OS22-2.
  40. *Lin Y, Wei M, Hou D, Wen Z, Lu Y. 2017. The Adjustment of Color-tunable LED Lighting for Residential Applications. 13th AIC International Congress. Jeju, Korea. 2017. OS11-3.
  41. Ma S, Wei M, Liang J, *Luo MR. 2016. What Do We Need for Assessing Whiteness? 2016 China Academic Conference on Printing, Packaging Engineering & Media Technology. Xi’an, China. 2016. 25-31.
  42. *Wei M, Lin Y. 2016. Considerations in LED Spectral Deign for Enhanced Color Quality. 13th China International Forum on Solid State Lighting (SSLChina 2016). Beijing, China. 2016.
  43. Wang M, Luo MR, Xiao K, Surger S, *Wang Y, Wei M. 2016. New Spectral Data for Skin Colors. Proceedings of 24th Color and Imaging Conference. San Diego (CA), USA. 2016. 266-270.
  44. Ma S, Liang J, Wei M, *Luo MR. 2016. Extension of CIE Whiteness Metric under Different Illuminants. Proceedings of 24th Color and Imaging Conference. San Diego (CA), USA. 2016. 198-202.
  45. *Wei M, Ma S, Luo MR. 2016. The Necessity of a Special Whiteness Scale for FWA-enhanced White. Proceedings of 24th Color and Imaging Conference. San Diego (CA), USA. 2016. 237-240.
  46. *Wei M, Houser KW. 2016. Color Preference under Light Stimuli Characterized by a Two-Measure System: A Pilot Study. IES Research Symposium III – Light + Color. Gaithersburg (MD), USA. 2016.
  47. Ma S, Wei M, Liang J, Wang B, Pointer MR, *Luo MR. 2016. Evaluation of Whiteness Indices. CIE x042:2016 Proceedings of CIE 2016 “Lighting Quality & Energy Efficiency”, Melbourne, Australia, 2016:112-117.
  48. *Wei M, Houser KW, David A, Krames MR. 2016. Effect of Gamut Shape on Color Preference. CIE x042:2016 Proceedings of CIE 2016 “Lighting Quality & Energy Efficiency”, Melbourne, Australia, 2016:32-41.
  49. Lin, Y, *Wei M. 2015. LED Color Quality Evaluation Status quo. CIE Hong Kong International Lighting Symposium 2015. Hong Kong, 2015.
  50. *David A, Krames MR, Wei M, Houser KW. 2014. Whiteness Metric for Light Sources. CIE 2014 “Lighting Quality & Energy Efficiency”, Kuala Lumpur, Malaysia, 2014: 140-149.
  51. Wei M, *Houser KW, David A, Krames MR. 2014. Blue-pumped White LEDs Fail to Render Whiteness. CIE 2014 “Lighting Quality & Energy Efficiency”, Kuala Lumpur, Malaysia, 2014: 150-159.
  52. Wei M, *Houser KW, Allen GR, Beers WW. 2013. Color Preference under LEDs with Diminished Yellow Emission. IES Annual Conference 2013. Huntington Beach, CA, USA, 2013: 98-119.
  53. *David A, Krames MR, Wei M, Houser KW. 2013. Whiteness Enhancement by LED Sources. IES Annual Conference 2013. Huntington Beach, CA, USA, 2013: 90-97.
  54. Wei M, *Houser KW, Orland B, Lang TC, Ram N, Sliwinski MJ, Bose M. 2013. Office Worker Response to Fluorescent Lamps of Different CCT and Lumen Output. Architectural Engineering Institute 2013. State College, PA, USA, 2013.
  55. *Wei M, Houser KW, Orland B, Lang TC, Ram N. 2013. Field Study: Effects of Occupant Behavior and Lighting Retrofit on Energy Consumption. EEB Hub Building syEnergy Spring 2013 Conference. Philadelphia, PA, USA, 2013 (Invited poster).
  56. Wei M, *Houser KW. 2012. Color Discrimination of Seniors with and without Cataract Surgery under Illumination from Two Fluorescent Lamp Types. CIE 2012 “Lighting Quality & Energy Efficiency”, Hangzhou, China, 2012. 359-368.
  57. *Ge A, Song X, Wei M. 2009. Design for a Measurement System of LED Precision Approach Path Indicator Units. 6th Lux Pacifica, Bangkok, Thailand, 2009.
  58. *Ge A, Wei M. 2008. Optical Design of LED Airport Luminaries. The 5th China International Forum on Solid State Lighting, Shenzhen, China, 2008.

Technical Reports

  1. CIE224:2017. Colour Fidelity Index for Accurate Scientific Use.
  2. CIE212:2014. Guidance towards Best Practice in Psychophysical Procedures Used when Measuring Relative Spatial Brightness.
  3. IES TM-30-15. IES Method for Evaluating Light Source Color Rendition.
 © 2024 PolyU Color Imaging and Illumination Lab.