徐海松(浙江大學教授)

徐海松(浙江大學教授)

徐海松,男,浙江大學博士畢業,浙江大學光電科學與工程學院教授、博士生導師,光學成像工程研究所副所長,中國光學學會理事,中國照明學會理事,中國顏色學會會長。

基本介紹

  • 中文名:徐海松
  • 畢業院校:浙江大學
  • 學位/學歷:博士
  • 專業方向:顏色科學、影像技術、照明工程、光輻射測量、光譜技術、光電檢測
  • 職務:浙江大學光學成像工程研究所副所長
學術職務,研究方向,科研項目,專利成果,教學工作,出版著作,發表論文,

學術職務

  • 國際照明委員會CIE)視覺與顏色分部(D1: Vision and Color)中國代表
  • 國際顏色學會(AIC)中國代表
  • 亞洲顏色學會(ACA)中國代表
  • 中國顏色學會會長
  • 中國流行色協會副會長、常務理事
  • 中國光學學會顏色光學專業委員會主任委員
  • 中國照明學會視覺與顏色專業委員會主任委員
  • CIE技術委員會TC 1-55(New color space for industrial color difference evaluation)委員
  • 中國照明學會編輯工作委員會暨《照明工程學報》編委會委員
  • 中國照明學會學術工作委員會委員、中國照明學會專家工作委員會委員、中國照明學會國際交流工作委員會委員
  • 中國照明學會圖像技術專業委員會委
  • 國際學術會議CIE 2012(Lighting Quality & Energy Efficiency)中國組委會委員、AIC 2012(In Color We Live – Color and Environment)科學委員會(Scientific Committee)委員
  • 國際學術會議AIC 2013(12th International Congress of the International Colour Association)技術委員會(Technical Programme Committee)委員、ACA 2013(Blooming Color for Life)國際諮詢委員會(International Advisory Committee)委員
  • 國際學術會議AIC 2015(Color and Image)/ MCS 2015(16th International Symposium on Multispectral Color Science)國際科學委員會(International Scientific Committee)委員
  • 第三屆亞洲顏色學會國際學術會議ACA 2016(Color Driving Power)大會主席(General Chair)
  • 國際顏色學會第13屆國際學術大會AIC 2017(13th AIC Congress “Being Color with Health”, 16-20 October 2017, Jeju, Korea)國際科學委員會(InternationalScientific Committee)委員

研究方向

1、顏色與影像科學 ;2、光輻射測量與光譜技術; 3、光電檢測及控制技術。

科研項目

承擔或完成了包括國家自然科學基金、國家科技支撐計畫、國家973計畫、國家和浙江省科技攻關項目、國家教育部博士點基金、中國博士後科學基金、國防預研項目、國家教育部和浙江省留學回國基金、浙江省和杭州市科技計畫、國際合作以及地方科技項目等在內的大量研究課題,通過光學、心理學、物理學、視覺心理物理學、計算機科學以及電子學等的學科交叉和融合,為顏色科學、影像技術、照明工程、計量測試和光學工程等學科方向的理論研究與工程套用探索了新思路和新方法,並在顏色視覺機理、工業色差評價、均勻顏色空間、色度特徵化模型、顯示圖像質量、LED舒適照明、成像設備自動白平衡以及計算機測色與配色技術等相關領域取得了一系列理論和套用研究成果,同時培養了一批碩士、博士研究生以及博士後研究人員。在國內外公開發表學術論文200餘篇,專著2本;國家發明專利23項,實用新型專利4項,計算機軟體著作權登記1項;獲得浙江省自然科學優秀論文二等獎1項,國家教育部自然科學二等獎1項,第七屆“全國優秀科技工作者”榮譽稱號。

專利成果

  • ZL 2016 1 0056337.3,一種精確獲取光源相關色溫的方法及系統(發明專利)
  • ZL 2016 1 0273647.0,一種多色LED匹配光譜和照度的方法(發明專利)
  • ZL 2016 1 0270620.6,一種多色LED實現光源最佳顯色性的光譜最佳化方法(發明專利)
  • ZL 2016 1 0584402.X,一種利用多光譜相機虛擬回響值獲取光譜反射比的方法(發明專利)
  • ZL 2016 1 0590506.1,一種利用多光譜相機雙光源回響值獲取光譜反射比的方法(發明專利)
  • ZL 2016 1 0270619.3,一種多色LED實現色度限制的光譜匹配方法(發明專利)
  • ZL 2016 1 0334669.3,一種光源自適應的數位相機彩色鏡頭陰影校正方法(發明專利)
  • ZL 2016 1 0236691.4,基於齊次多項式數位相機參數可變的獲取三刺激值方法(發明專利)
  • ZL 2014 1 0389634.0,一種大色域顯示設備三原色最佳化設定方法(發明專利)
  • ZL 2014 1 0407131.1,一種顯示設備顏色精確預測表征方法(發明專利)
  • ZL 2014 1 0403603.6,一種數位相機參數可變的成像式獲取顏色三刺激值的方法(發明專利)
  • ZL 2011 1 0042430.6,一種印表機光譜特徵化模型的修正方法(發明專利)
  • ZL 2010 1 0148512.4,投影顯示圖像顏色失真校正方法(發明專利)
  • ZL 2010 1 0241241.7,一種彩色表面投影顯示顏色再現方法(發明專利)
  • ZL 2010 1 0241243.6,一種在日常照明環境下的投影顯示顏色再現方法(發明專利)
  • ZL 2010 2 0668092.8,一種光源裝置(實用新型)
  • ZL 2010 1 0148484.6,投影顯示系統及其特性分析方法(發明專利)
  • ZL 2008 1 0120454.7,一種向內發光的球體光源裝置(發明專利)
  • 2008SR16928,ICC檔案生成軟體(計算機軟體著作權登記)
  • ZL 2007 1 0068350.1,一種構建液晶顯示器顏色特徵化分段分空間模型的方法(發明專利)
  • ZL 02 1 37783.9,顏色視覺辨別特性自動定量測試系統(發明專利)
  • ZL 96 2 08109.4,液體濃度光電線上檢測感測器(實用新型)

教學工作

本科生課程
  • 物理光學(Physical Optics)
  • 顏色信息工程(Color Information Engineering)
研究生課程(for Graduate students)
  • 彩色影像技術(Color Imaging Technology)

出版著作

  • 徐海松,顏色信息工程(第二版),杭州:浙江大學出版社,2015
  • 徐海松,顏色信息工程,杭州:浙江大學出版社,2005
  • 徐海松,計算機測色與配色新技術,北京:中國紡織出版社,1999

發表論文

Image quality degradation of object-color metamer mismatching in digital camera color reproduction, Applied Optics, 57 (11): 2851-2860 (2018) J. Qiu, Haisong Xu, Z. Ye, C. Diao
  • Spectral estimation of tunable LED light source using digital camera based on matrix factorization, Optik - International Journal for Light and Electron Optics, 148: 90-94 (2017) J. Fang, F. Zhang, Haisong Xu, Z. Wang, C. Diao
  • Self-training-based spectral image reconstruction for art paintings with multispectral imaging, Applied Optics, 56 (30): 8461-8470 (2017) P. Xu, Haisong Xu, C. Diao, Z. Ye
  • [Editor's Pick] Toward a unified model for predicting color quality of light sources, Applied Optics, 56 (29): 8186-8195 (2017) F. Zhang, Haisong Xu, H. Feng
  • High dynamic range image reconstruction in device-independent color space based on camera colorimetric characterization, Optik - International Journal for Light and Electron Optics, 140: 776-785 (2017) X. Wu, J. Fang, Haisong Xu, Z. Wang
  • Optimizing spectral compositions of multichannel LED light sources by IES color fidelity index and luminous efficacy of radiation, Applied Optics, 56 (7): 1962-1971 (2017) F. Zhang, Haisong Xu, Z. Wang
  • Spectral estimation of fluorescent lamps using RGB digital camera and standard color chart, Optik - International Journal for Light and Electron Optics, 130: 50-60 (2017) J. Fang, Haisong Xu, P. Xu, Z. Wang
  • Influence of color temperature on comfort and preference for LED indoor lighting, Optik - International Journal for Light and Electron Optics, 129: 21-29 (2017) Q. Wang, Haisong Xu, F. Zhang, Z. Wang
  • Spectral design methods for multi-channel LED light sources based on differential evolution, Applied Optics, 55 (28): 7771-7781 (2016) F. Zhang, Haisong Xu, Z. Wang
  • Filter selection based on representative training samples for multispectral imaging, Optik - International Journal for Light and Electron Optics, 127(20): 9743-9754 (2016) P. Xu, Haisong Xu
  • Camera response prediction for various capture settings using the spectral sensitivity and crosstalk model, Applied Optics, 55 (25): 6989-6999 (2016) J. Qiu, Haisong Xu
  • Filter selection based on light source for multispectral imaging, Optical Engineering, 55 (7): 074102 (2016) P. Xu, Haisong Xu
  • Towards a practical metric of surface gloss for metallic coatings from automotive industry, Journal of Coatings Technology and Research, 13 (3): 469-477 (2016) M. Wu, Haisong Xu, Z. Wang, H. Li
  • Colorimetric characterization of digital cameras with unrestricted capture settings applicable for different illumination circumstances, Journal of Modern Optics, 63 (9): 847-860 (2016) J. Fang, Haisong Xu, Z. Wang, X. Wu
  • Investigation of visual fatigue under LED lighting based on reading task, Optik - International Journal for Light and Electron Optics, 126 (15-16): 1433-1438 (2015) Q. Wang, Haisong Xu, R. Gong, J. Cai
  • Chromaticity of white sensation for LED lighting, Chinese Optics Letters, 13 (7): 073301 (2015) Q. Wang, Haisong Xu, J. Cai
  • Comprehensive model for predicting perceptual image quality of smart mobile devices, Applied Optics, 54 (1): 85-95 (2015) R. Gong, Haisong Xu, M. R. Luo, H. Li
  • Impacts of appearance parameters on perceived image quality for mobile-phone displays, Optik - International Journal for Light and Electron Optics, 125 (11): 2554-2559 (2014) R. Gong, Haisong Xu
  • Evaluation of small suprathreshold color differences under different background colors, Chinese Optics Letters, 12 (2): 023301 (2014) Z. Wang, Haisong Xu
  • The influences of lighting conditions on fatigue and visual performance, China Illuminating Engineering Journal, 8 (1): 10-13 (2013) Q. Wang, Haisong Xu, J. Fang, R. Gong, J. Cai
  • Visual perception of textiles using surface and display samples, Chinese Optics Letters, 11 (12): 123301 (2013) H. Liu, Haisong Xu, Z. Wang, L. Song
  • Investigation of perceptual attributes for mobile display image quality, Optical Engineering, 52 (8): 083104 (2013) R. Gong, Haisong Xu, Q. Wang, Z. Wang, H. Li
  • Testing color difference evaluation methods for color digital images, Chinese Optics Letters, 11 (7): 073301 (2013) Q. Tong, Haisong Xu, R. Gong
  • Colorimetric characterization models based on colorimetric characteristics evaluation for active matrix organic light emitting diode panels, Applied Optics, 51 (30): 7255-7261 (2012) R. Gong, Haisong Xu, Q. Tong
  • Evaluation of colour-difference formulae for different colour-difference magnitudes, Color Research and Application, 37 (5): 316-325 (2012) H. Wang, G. Cui, M. R. Luo, Haisong Xu
  • Image quality evaluation for smart-phone displays at lighting levels of indoor and outdoor conditions, Optical Engineering, 51 (8): 084001 (2012) R. Gong, Haisong Xu, B. Wang, M. R. Luo
  • Evaluation of contrast metrics for liquid-crystal displays under different viewing conditions, Journal of the Society for Information Display, 20 (5): 259-265 (2012) W. Lu, Haisong Xu, M. R. Luo
  • Testing performance of CIECAM02 in predicting perceptual contrast, Chinese Optics Letters, 10 (3): 033301 (2012) W. Lu, Haisong Xu, M. R. Luo
  • Color separation criteria for spectral multi-ink printer characterization, Chinese Optics Letters, 10 (1): 013301 (2012) B. Wang, Haisong Xu, M. R. Luo
  • Efficient and accurate local model for colorimetric characterization of liquid-crystal displays, Optics Letters, 37 (1): 31-33 (2012) W. Zou, Haisong Xu, R. Gong
  • Colorimetric color reproduction framework for screen relaxation of projection display, Displays, 32 (5): 313-319 (2011) W. Zou, Haisong Xu
  • Camera-based model to predict the total difference between effect coatings under directional illumination, Chinese Optics Letters, 9 (9): 093301 (2011) Z. Huang, Haisong Xu, M. R. Luo
  • Maintaining accuracy of cellular Yule–Nielsen spectral Neugebauer models for different ink cartridges using principal component analysis, Journal of the Optical Society of America A: Optics and Image Science, and Vision, 28 (7): 1429-1435 (2011) B. Wang, Haisong Xu, M. R. Luo, J. Guo
  • Spectral characterisation of color printer based on a novel grey component replacement method, Chinese Optics Letters, 9 (7): 073301 (2011) J. Guo, Haisong Xu, M. R. Luo, B. Wang
  • Spectral-based color separation method for a multi-ink printer, Chinese Optics Letters, 9 (6): 063301 (2011) B. Wang, Haisong Xu, M. R. Luo, J. Guo
  • Novel spectral characterization method for color printer based on the cellular Neugebauer model, Chinese Optics Letters, 8 (11): 1106-1109 (2010) J. Guo, Haisong Xu, M. R. Luo
  • Assessing total differences for effective samples having variations in color, coarseness, and glint, Chinese Optics Letters, 8 (7): 717-720 (2010) Z. Huang, Haisong Xu, M. R. Luo, G. Cui, H. Feng
  • Radiometric compensation algorithm for color reproduction of projection display on patterned surface, Chinese Optics Letters, 8 (4): 388-391 (2010) W. Zou, Haisong Xu, W. Lu
  • An adaptively spatial color gamut mapping algorithm, Chinese Optics Letters, 7 (9): 873-877 (2009) X. Zhang, Haisong Xu
  • Color appearance and visual measurements for color samples with gloss effect, Chinese Optics Letters, 7 (9): 869-872 (2009) J. Ma, Haisong Xu, M. R. Luo, G. Cui
  • Estimating color appearance of pearlescent bottles using digital camera, Chinese Optics Letters, 7 (8): 744-747 (2009) L. Fu, Haisong Xu, M. R. Luo, G. Cui, W. Ji
  • A robust photometric calibration framework for projector-camera display system, Chinese Optics Letters, 7 (6): 479-482 (2009) W. Zou, Haisong Xu
  • Investigations of suprathreshold color-difference tolerances with different visual scales and different perceptual correlates using CRT colors, Journal of the Optical Society of America A: Optics and Image Science, and Vision, 25 (12): 2908-2917 (2008) Z. Wang, Haisong Xu
  • A novel methodology for photometric compensation of projection display on patterned screen, Chinese Optics Letters, 6 (7): 499-501 (2008) W. Zou, Haisong Xu, B. Han, D. Park
  • Reconstructing spectral reflectance by dividing spectral space and extending the principal components in principal component analysis, Journal of the Optical Society of America A: Optics and Image Science, and Vision, 25 (2): 371-378 (2008) X. Zhang, Haisong Xu
  • Colorimetric characterization of liquid crystal display using an improved two-stage model, Chinese Optics Letters, 4 (7): 432-434 (2006) Y. Wang, Haisong Xu
  • Spectral characterization of scanner based on PCA and BP ANN, Chinese Optics Letters, 3 (12): 725-728 (2005) Y. Wang, Haisong Xu
  • Visual evaluation at scale of threshold to suprathreshold color difference, Color Research and Application, 30 (3): 198-208 (2005) Haisong Xu, H. Yaguchi
  • Correlation between visual and colorimetric scales ranging from threshold to large color difference, Color Research and Application, 27 (5): 349-359 (2002) Haisong Xu, H. Yaguchi, S. Shioiri
  • Testing CIELAB-based color-difference formulae using large color differences, Optical Review, 8 (6): 487-494 (2001) Haisong Xu, H. Yaguchi, S. Shioiri
  • Estimation of color-difference formulae at color discrimination threshold using CRT-generated stimuli, Optical Review, 8 (2): 142-147 (2001) Haisong Xu, H. Yaguchi, S. Shioiri

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