欢迎光临武汉大学图像传播与印刷包装研究中心 !

武汉大学官网信息门户联系我们

首页 >  师资队伍 >  副教授 >  正文
刘强时间:2021-07-05 10:58:29

 

说明: _MG_0577.JPG

姓名:刘强

邮箱:liuqiang@whu.edu.cn

职称:副教授、硕士生导师

教育及学术经历

访问学者英国利兹大学,2016.12-2017.12

博士后有机化学,武汉大学,2014.5-2015.4

工学博士图像传播工程,武汉大学, 2013. 12

工学学士印刷工程,曲阜师范大学,2008.9

研究方向

照明、颜色与视觉

教授课程

应用光学,颜色科学计算,颜色科学与感知,色彩心理学,视觉心理物理学

学术任职

国际照明委员会JTC 16 (D1/D8)技术工作组委员

国际照明委员会CIE-RF03技术工作组委员

湖北省照明学会副秘书长兼培训专委会主任

科技部国家科技专家库入库专家

教育部高等学校轻工类专业教学指导委员会印刷工程工作组秘书

中国照明学会室内照明专业委员会委员

中国照明学会照明工程技术专业委员会委员

中华人民共和国国家标准《CIE三刺激值》《色彩空间》起草专家组成员

中华人民共和国文化行业标准《美术馆照明评价方法》起草专家组成员

担任Frontiers in Psychology(SSCI Q2), Frontiers in Neuroscience(中科院二区), Sensors (中科院三区),Frontiers in Sports and Active Living客座编辑,《数字印刷》(中文核心)青年编委;Optics Express, Lighting Research & Technology, Journal of Imaging Science and Technology, JAIC, LEUKOS, Applied Optics, JOSA A, IEEE Access, Optik, Color Research and Application, Heritage Science、Scientific reports, Nanoscale、Human Factors and Ergonomics in Manufacturing & Service Industries, Light & Engineering, Journal of Food Process Engineering、Journal of Food Biochemistry、Journal of Asian Architecture and Building Engineering、Frontiers in Public Health等期刊审稿人

 

主要研究论文(第一及通讯作者)

1.W. Chen, X. Wu, Z. Liu, Y. Liu,Q. Liu*,M. R. Pointer, J. Liang, and T. Q. Khanh, "The impact of illuminance level, correlated colour temperature and viewing background on the purchase intention for bread and cakes," Food Quality and Preference 98, 104537 (2022).(SCI一区TOP)

2.X. Deng, Y. Liu, B. Tian, W. Zhang, F. Yu, andQ. Liu*, "Experimental setting and protocol impact human colour preference assessment under multiple white light sources," Frontiers in Neuroscience 16 (2022). (SCI二区TOP)

3.Ying Liu, Zhenzhen Li, Zhiyu Chen, Michael R. Pointer,Qiang Liu*and Tran Quoc Khanh, "Extending the color discrimination metric with consideration of illuminance level," Opt. Lett. 47, 1851-1854 (2022)(SCI二区)

4.Z. Huang, W. Chen,Q. Liu*, Y. Wang, M. R. Pointer, Y. Liu, and J. Liang, "Towards an optimum colour preference metric for white light sources: a comprehensive investigation based on empirical data," Optics Express 29, 6302-6319 (2021).(SCI二区TOP)

5.W. Chen, Z. Huang,Q. Liu*, M. R. Pointer, Y. Liu, and H. Gong, "Evaluating the color preference of lighting: the light booth matters," Optics Express 28, 14874-14883 (2020).(SCI二区TOP)

6.Q. Liu,Y. Liu, M. R. Pointer, Z. Huang, X. Wu, Z. Chen, and M. R. Luo*, "Color discrimination metric based on the neutrality of lighting and hue transposition quantification," Optics Letters 45, 6062-6065 (2020).(SCI二区)

7.Qiang Liu*, Zheng Huang, Kaida Xiao, Michael R. Pointer, Stephen Westland, M. Ronnier Luo: Gamut Volume Index: A color preference metric based on meta-analysis and optimized colour samples. Optics Express 07/2017; 25(14):16378.(SCI二区TOP)

8.Z. Huang,Q. Liu*, M. R. Luo, M. R. Pointer, and X. Wu, "Whiteness and preference perception of white light sources: A case study at 5500 K with positive and negative Duv values," Optik - International Journal for Light and Electron Optics 240, 166845 (2021). (SCI三区)

9.J. Liang, Q. Zhu,Q. Liu*, and K. Xiao, "Optimal selection of representative samples for efficient digital camera-based spectra recovery," Color Research & Application. (2021). (SCI四区)

10.Z. Huang,Q. Liu*, M. R. Pointer, W. Chen, Y. Liu, and Y. Wang, "Color quality evaluation of Chinese bronzeware in typical museum lighting," J. Opt. Soc. Am. A 37, A170-A180 (2020).(SCI三区)

11.Q. Liu, Z. Huang, Z. Li*, M. R. Pointer, G. Zhang, Z. Liu, H. Gong, and Z. Hou, "A Field Study of the Impact of Indoor Lighting on Visual Perception and Cognitive Performance in Classroom," Applied Sciences 10, 7436 (2020). (SCI三区)

12.Y. Wang,Q. Liu*, W. Gao, M. R. Pointer, Z. Huang, W. Chen, and J. Wu, "Interactive effect of illuminance and correlated colour temperature on colour preference and degree of white light sensation for Chinese observers," Optik 224, 165675 (2020). (SCI三区)

13.Z. Huang,Q. Liu*, Y. Liu, M. Pointer, A. Liu, P. Bodrogi, and T. Q. Khanh, "Gender difference in colour preference of lighting: a pilot study," Light & Engineering 4, 111-122 (2020). (SCI四区)

14.X. Teng, Z.Li, Q*. Liu, M. R. Pointer, and H. Sun, "Subjective evaluation of colourized images with different colorization models," Color Research & Application (2020). (SCI四区)

15.Qiang Liu *, Zheng huang, Michael Pointer, Ming Ronnier Luo, Optimizing the Spectral Characterisation of a CMYK Printer with Embedded CMY Printer Modelling. Applied Sciences. 2019. (SCI四区)

16.Liu Y,Liu Q*, Huang Z, Pointer MR, Rao L and Hou Z. Optimising colour preference and colour discrimination for jeans under 5500 K light sources with different Duv values. Optik. 2019: 163916.(SCI三区)

17.Z HuangQiang Liu*, MR Pointer, MR Luo, B Wu, A Liu. White lighting and colour preference, part A: correlation analysis and metrics validation based on four groups of psychophysical studies. Lighting Research & Technology. 2019(SCI三区)

18.Huang Z,Qiang Liu*, Luo MR, Pointer MR, Wu B, Liu A. The whiteness of lighting and colour preference, Part 2: A meta-analysis of psychophysical data. Lighting Research & Technology. 2019(SCI三区)

19.Z HuangQiang Liu*, Y Liu, MR Pointer, MR Luo, Q Wang, B Wu. Best lighting for jeans, Part 1: Optimizing colour preference and colour discrimination with multiple correlated colour temperatures. Lighting Research & Technology. 2018(SCI三区)

20.Qiang Liu* ,Zheng Huang, Qingming Li et al,Updating a Spectral Printer Characterization Model based on Ink Limitation Samples,Spectroscopy and spectral analysis,10.3964(2018)10-3182-06(SCI四区)

21.Q Liu*, Z Huang, MR Pointer, M Ronnier Luo, K Xiao, S Westland: Evaluating colour preference of lighting with an empty light booth. Lighting Research and Technology 10/2017.(SCI三区)

22.Z Huang,Q Liu*, S Westland, MR Pointer, M Ronnier Luo, K Xiao: Light dominates colour preference when correlated colour temperature differs. Lighting Research and Technology 06/2017(SCI三区)

23.Qiang Liu, Xiaoxia Wan, Jinxing Liang, Zhen Liu, Dehong Xie, Chan Li: Neural network approach to a colorimetric value transform based on a large‐scale spectral dataset. Coloration Technology 11/2016(SCI三区)

24.Q. Liu*, M.-H. Tang: Influence of light source and paper color on the exhibiting preference of traditional calligraphy. Spectroscopy and spectral analysis.(2016)11-3664-07(SCI四区)

25.Q. Liu*, X. Wan. Li, J. Liang, B. Li, Q. Wang: Research on the development of light blending model for smart LED lighting. Spectroscopy and spectral analysis.(SCI四区)

26.Liu Qiang, Wan Xiao xia, Liang Jin xing, LI Chan: Research on Developing the Colorimetric Correction Method Based on Wide Gamut Spectral Color Dataset. Spectroscopy and spectral analysis. 2016(4):1056-1062.(SCI四区)

27.Qiang Liu, Xiaoxia Wan, DehongXie: Optimization of spectral printer modeling based on a modified cellular Yule-Nielsen spectral Neugebauer model. Journal of the Optical Society of America A 06/2014; 31(6):1284-1294.(SCI三区)

28.Qiang Liu, Xiao-Xia Wan, Zhen Liu, Chan Li, Jin-Xing Liang: Research on Developing the Spectral Dataset for Dunhuang Typical Colors Based on Color Constancy. Spectroscopy and spectral analysis. 11/2013; 33(11):3071-4.(SCI四区)

29.Qiang Liu, Xiao-xia WAN, Hong-ping XU: Study on Ink Restriction of Ink-Jet Printing Based on Spectral Gamut Maximization. Spectroscopy and spectral analysis 06/2013; 33(6).(SCI四区)

30.W. Chen, L. Rao, Z. Huang, Z. Hou, andQ. Liu*, "Study on the effectiveness of colour quality metrics in preference prediction at different illuminance levels," Lecture Notes in Electrical Engineering (2020).(EI)

31.Tang Y,Liu Q*et al. The Influence of Individual Color Preference on LED Lighting Preference, Lecture Notes in Electrical Engineering.2018,v477. p77-87(EI)

32.Peng R,Liu Q*et al. Correlation between color quality metric and color preference of light source, Lecture Notes in Electrical Engineering.2018,v477. p3-11(EI)

33.Liu K,Liu Q*et al. Relationship of different scales for evaluating the quality of LED lighting, Lecture Notes in Electrical Engineering.2018,v477. p29-37(EI)

34.YijingXun,Qiang Liu*, Xiaoxia Wan, Zheng Huang, Guo Cao, Haiwen Wang: Polynomial-Fitting Approach for Colorimetric Values Transform Based on Large Scale Spectral Dataset. Lecture Notes in Electrical Engineering. 417: Springer Verlag; 2017. p. 83-90.(EI)

35.Wei R, Wan X,Liu Q*,Cao G, Wang H. Regional Culture Preferences to LED Light Color Rendering. Lecture Notes in Electrical Engineering. 417: Springer Verlag; 2017. p. 33-40.

36.Qiang Liu, Xiaoxia Wan, Chong Teng: Multispectral color space representation based on BP neutral network. Proceedings of SPIE - The International Society for Optical Engineering 04/2011; 8009., DOI:10.1117/12.896118(EI)

37.Qiang Liu, Chong Teng, et al: Comparative Study of Metrics for Spectral Color Grouping. 12/2010; 174:85-88., DOI:10.4028/www.scientific.net/AMR.174.85(EI)

38.吴昕威,刘强,周世富,陈薇,程红炬,孙舰, "CIE特殊显色指数R9与光照颜色喜好相关性研究,"数字印刷, 9 (2021).(中文核心)

39.刘颖,饶连江,钟晓鹭,黄政,龚汉文,刘强*,不同照明条件下FM-100色相棋实验颜色辨别力量化有效性验证,照明工程学报(2020).(中文核心)

40.刘颖,艾晶,高帅,荣浩磊,陈孟军,刘健,郑春平,刘强*.湖北美术馆展陈照明调研报告.照明工程学报. 2018; 29: 20-5,37.(中文核心)

41.黄政,刘强*,彭小曼,李庆明,唐扬,刘珂.基于物体色彩差异的白光LED照明喜好研究.照明工程学报. 2016: 27-31.(中文核心)

42.彭小曼,刘强*,万晓霞*,李必辉,梁金星,彭蕊. LED光源显色性主客观评价方法研究.照明工程学报. 2016; 27: 6-11.(中文核心)

43.王琪,刘强*,万晓霞*,梁金星,彭小曼,黄政. LED光源相关色温对颜色辨别力的影响.照明工程学报. 2015; 26: 18-22.(中文核心)

会议报告

1.光源显色品质研究进展分享,2022河南省智慧照明科技与产业发展论坛,2022,郑州(邀请报告)

2.Interpretation of the psychophysical results on preferred CCT and Duv when investigating colour preference of lighting,第十八届中国国际半导体照明论坛(SSLCHINA), 2021,深圳(口头报告)

3.用光点亮文明:论古籍修复专用光源的关键技术特征, “创新驱动、融合发展”古籍保护技术研讨会, 2020,成都(邀请报告)

4.Preferred Correlated Colour Temperature for Museum Lighting,第十七届中国国际半导体照明论坛(SSLCHINA), 2020,深圳(邀请报告)

5.光源颜色分辨力量化与应用,中国室内照明论坛,2020,厦门(口头报告)

6.智慧照明与光源颜色品质,中国中部照明学术与产业发展论坛,2020,郑州(邀请报告)

7.Assessing colour quality measures for preference prediction: a meta-analysis, Asia Lighting Conference 2019, Daegu, Korea.(邀请报告)

8.Do people prefer whiter light?Asia Lighting Conference 2018, Kobe, Japan.(口头报告)

9.Evaluating the performance of colour quality measures in colour preference prediction based on a large psychophysical dataset,CIE D1 Workshop on Modelling colour quality of light sources, 29th Quadrennial Session of the CIE, 2019, Washington, USA. (口头报告)

10.Evaluating Colour Quality of Lighting: Why Meta-analysis Is Needed?第十五届中国国际半导体照明论坛(SSLCHINA), 2018,深圳(口头报告)

11.Colour preference of lighting for different artworks,1st Museum Lighting Symposium, 2017, London, UK (口头报告)

主要发明专利

1.刘强,陈薇,张伟,张清慧,陈治宇,吴昕威,刘颖,李臻珍,刘艺璇,邓雪,田宝林,丁鹏,徐宏平,一种兼顾视觉偏好与颜色分辨的光源光谱功率分布优化评估方法及系统,202210343294.2

2.刘强,黄政,刘颖.一种面向颜色分辨的展陈光源显色性评价方法及系统, 2019.9.13, 2019104793607

3.刘强,黄政,彭蕊,唐扬,刘珂,李庆明,荀益静,唐美华,基于颜色样本优化的光照喜好度评价指标构建方法及系统, 2017.5.22,中国, 2017103643463

4.刘强,黄政,万晓霞,彭小曼,荀益静,梁金星,曹前,徐宏平,朱文凤,一种面向单色系物体的LED光源喜好度预测方法, 2016.6.27,中国, 2016104819764

5.刘强,万晓霞,彭小曼,熊伟斌,王琪,卫然,黄政,梁金星,基于主客观实验数据的LED照明质量评价方法及系统, 2015.8.29,中国, 2015105345173

6.刘强;万晓霞;李必辉;孙志军;彭小曼;李俊锋;荀益静,基于LED混光呈色模型的光谱功率分布提取方法及系统, 2015.8.21,中国, 2015105188933

7.刘强,一种半色调设备光谱分色算法优化校正方法及系统,2017.12.22,中国,2017108614838

8.刘强,一种半色调设备光谱特性化模型优化方法及系统,2017.12.8,中国,2017107659653

9.刘强,刘振,张霞,孔令罔,曹国,面向复制对象的多色半色调设备拆分式建模方法及系统, 2017.6.30,中国, 2017105197433

10.刘强,孔令罔,曹国,刘振,张霞,面向不同介质的半色调设备分色模型批量构建方法及系统, 2017.6.30,中国, 2017105197448

11.刘强,张霞,刘振,曹国,孔令罔,基于墨量限制样本的喷印设备光谱分色模型校正方法及系统, 2017.6.30,中国, 2017105196708

12.刘强;万晓霞;滕冲;郝佳;梁金星;李俊锋,一种彩色数字影像色度校正方法及系统, 2014.12.25,中国, 201410819987.X

13.刘强;万晓霞;滕冲;杨晓莉;李婵;季永芹,用于彩色数字影像系统的色适应变换寻优方法及系统, 2014.7.14,中国, 201410333361.8

14.企业合作专利:一种基于照度校正的光源颜色分辨能力量化方法及系统,2022101665350

15.企业合作专利:一种面向视觉颜色喜好的展陈照明光品质评价方法,CN110081971A

16.企业合作专利:一种面向既定光源组的展陈照明喜好评价方法及系统,CN111504481A

17.企业合作专利:一种青铜器展陈照明光品质评价方法与系统,CN110836723A

18.企业合作专利:一种基于照度和相关色温的展陈照明光品质评价方法及系统,CN111486947A

19.企业合作专利:一种基于光源照度及色度信息的光照颜色分辨能力量化方法及系统,CN202110364290.8

20.企业合作专利:一种面向烘焙食品的展陈照明光品质评价方法及系统,CN 2021106586416

21.企业合作专利:一种白光光源光照颜色分辨能力量化方法及系统, CN111854938A

22.企业合作专利:一种基于照度优化的白光光源光照颜色分辨能力量化方法及系统, 202110663931.X

23.企业合作专利:一种基于纸张颜色分析的护眼灯光源照明质量评价方法及系统,CN202110472390.2

24.企业合作专利:一种基于光谱重建和色貌分析的展陈光源显色性评价方法,2022100910980

科研与教学研究项目

1.基于荟萃分析的光源颜色品质量化方法研究,国家自然科学基金面上项目,2022-2025,主持。

2.敦煌莫高窟洞窟照明光色研究,产学研合作项目,2022-2023,主持。

3.智能照明产品标准场景光配方研发,产学研合作项目,2022-2023,主持。

4.三翼鸟智慧美妆与节律照明场景技术服务,产学研合作项目,2022-2023,主持。

5.美术教室专用照明灯具光配方研发,产学研合作项目,2022-2024,主持。

6.手机支架护眼补光灯光度及色度属性优化,产学研合作项目,2022-2022,主持。

7.古籍修复专用光源光配方研发,产学研合作项目,2021-2022,主持。

8.基于人本照明的高视觉品质白光光源研发,产学研合作项目,2021-2022,主持。

9.产教融合背景下本硕协同创新能力培养,武汉大学研究生导师育人方式创新项目,2021-2023,主持。

10.基于纸张色彩的护眼灯光品质优化,产学研合作项目,2020-2020,主持。

11.以创新教育促进《应用光学》课程建设,武汉大学教学研究项目,2020-2021,主持

12.美术馆照明光源产品研发咨询,产学研合作项目,2019-2020,主持。

13.展陈照明****方法设计,产学研合作项目,2019-2021,主持。

14.博物馆展陈照明光品质评估与优化,产学研合作项目,2018-2019,主持。

15.光源色彩品质****评价,产学研合作项目,2018-2019,主持。

16.基于光谱的喷墨打印设备全墨色特性化高效建模方法研究,国家自然科学基金青年项目(61505149),2016-2018,主持。

17.喷墨打印设备全墨色光谱特性化建模方法研究,中国博士后科学基金面上一等资助(2014M5606253),2014-2016,主持。

18.基于光谱的半色调设备全墨色特性化建模方法研究,湖北省自然科学基金面上项目(2015CFB204),2015-2017,主持。

19.数字化喷墨制造设备高保真分色技术关键问题研究武汉市青年科技晨光计划(2016070204010111),2016-1017,主持。

20.半色调设备高保真分色技术关键问题研究,华南理工大学制浆造纸国家重点实验室开放项目(201528),2016-2017,主持。

21.喷墨打印设备全墨色光谱特性化建模关键问题研究,中央高校基本科研业务专项(2042015kf0035),2015-2017,主持。

科研及教学获奖

1.湖北省照明学会“荆楚之光”照明奖学术创新奖,第一完成人(2022)

2.《多场景专用光配方的研发与应用》武汉大学第十四届“自强杯”大学生课外学术科技作品竞赛一等奖,指导教师(2022)

3.《光之变革——白光LED细分市场光色标准制定者》武汉大学第十一届“自强杯”大学生创业计划竞赛金奖(一等奖),指导教师(2022)

4.《产教融合践行十载,校企协同共育英才》入选2022年度中国印刷业产教融合优秀案例(2022)

5.国家大学生创业训练项目,古籍修复专用照明光源研发与核心技术推广,指导教师(2022)

6.武汉大学研究生实习实践优秀团队,指导教师(2021)

7.第三届全国大学生印刷科技创新竞赛二等奖,指导教师(2021)

8.“挑战杯”全国大学生课外学术科技作品竞赛校特等奖、湖北省一等奖、国家三等奖,指导教师(2021)

9.武汉大学大学生课外学术科技创新创业竞赛优秀指导教师(2021)

10.武汉大学第十四届研究生“十大学术之星”入围奖,指导教师(2021)

11.湖北省大学生创新训练项目,光照颜色分辨能力检测方法及量化指标的构建与优化,指导教师(2021)

12.湖北省大学生创新训练项目,基于视觉分析的健康照明产品测评与优化,指导教师(2020)

13.国家大学生创新训练项目,照明颜色喜好指标构建与优化,指导教师(2019)

14.第二届全国大学生印刷科技创新竞赛一等奖,指导教师(2019)

15.第二届全国大学生印刷科技创新竞赛二等奖,指导教师(2019)

16.2010-2019中国印刷与包装研究学术新锐奖(2019)

17.2018年敦煌研究院第五届学术成果奖保护科技类二等奖(2018)

18.第十一届亚洲照明大会最佳学生论文奖,指导教师、通讯作者(2018)

19.第九届中国印刷包装学术年会最佳论文奖,指导教师、通讯作者(2018)

20.湖北省大学生优秀科研成果二等奖,指导教师(2018)

21.湖北省大学生优秀科研成果三等奖,指导教师(2018)

22.第一届全国大学生印刷科技创新竞赛一等奖,指导教师(2018)

23.中国照明学会《照明工程学报》优秀论文二等奖(2017)

24.武汉大学青年教师讲课比赛院系二等奖(2016)

25.国家大学生创新训练项目,面向文物艺术品的LED智能照明方法研究,指导教师(2015)

本团队长期招募本科生及研究生(含非全日制研究生),欢迎对照明、显示、颜色及视觉感兴趣的同学加入!

联系邮箱:liuqiang@whu.edu.cn