05年回国工作后主持承担的主要科研项目: 1.国家自然科学基金面上项目:《激光干涉法测量斜齿轮齿面形状误差关键技术研究》,项目批准号:51275397,2013.1 ~2016.12,总经费:82万,负责人。 2.教育部博士点基金项目:《基于全站仪与数码相机的大型物体三维形状的精密测量及其原貌的精确再现》,课题编号:20120201110073,2013.1 ~2015.12,总经费:12万,负责人。 3.陕西历史博物馆项目:《壁画高清数字化采集及相关研发》,2015.6 ~2016.6,陕西历史博物馆经费:17万,负责人。 4.西安市科技计划项目:《螺旋锥齿轮与大型齿轮精密测量关键技术研究》,项目编号:CX12176③,2012.6 ~2014.6,西安市经费:8万,负责人。 5.浙江省科技计划项目:《CNC螺旋锥齿轮测量机精确测量齿面误差的若干关键技术研究》,计划编号:2014C31094,2014.7 ~2016.6,浙江省经费:15万,负责人。 6.国际合作项目:《弧齿锥齿轮测量中的误差补偿技术研究》,2013.8 ~2016.7,日本大阪精密机械株式会社经费:300万日元,负责人。 7.国家863重点项目:《复杂与大型齿轮测量系统》,课题编号:2008AA042404,2008.9 ~2010.12,国拨经费:308万,项目组长。2012年9月通过验收。 8.国家自然科学基金面上项目:《精密螺旋曲面形状误差的激光干涉测量方法》,项目批准号:50875205,2009.1 ~2011.12,总经费:35万,负责人。2012年6月被评为优秀结题项目。 9.国家自然科学基金项目:《高度扭曲的精密复杂曲面形状误差的激光干涉测量方法》,项目批准号:50745019,2008.1 ~2008.12,总经费:9万,负责人。 10.科技部国家重点实验室科学仪器研制项目:《超大型三维形状的精密测量设备研制》,2010年批准立项,2012.7通过验收,总经费:70万,负责人。 11.陕西历史博物馆项目:《唐代壁画高清晰数字图像采集及处理技术研发》,2011.1 ~2011.12,陕西历史博物馆经费:5万,负责人。 12.国际合作研究项目:《亚洲世界文化遗产的高精细数字化研究》(与日本京都大学联合申请的日本科学技术振兴机构调整费),2009.4 ~2012.3,实际得到支持(含精密高清扫描设备):折合人民币250万以上,负责人。 13.国际合作研究项目:《精密数控加工中心工作台自动调平方法研究》,与日本安田工业株式会社的合作项目,2009.4 ~2012.7,实际得到支持(含精密实验台及其测控设备):折合人民币50万以上,负责人。 14.国际合作项目:《齿轮测量中心测量误差的高精度补偿技术研究》,2009.8 ~2012.7,日本大阪精密机械株式会社经费:300万日元,负责人。 15.教育部博士点基金项目:《复杂光学系统的设计与评价方法及其计算机辅助设计系统的研究》,课题编号:20050698008,2006.1 ~2008.12,总经费:6万,负责人。 2010年以后发表的代表性论文: 1.Ryohei Takeda, Suping Fang*, Yongsheng Liu, Masaharu Komori. Precision compensation method for tooth flank measurement error of hypoid gear [J]. Measurement, 89: 305-311, April 2016. (SCI; EI) 2.Yongsheng Liu*, Suping Fang*, Huiyi Wang, Tetsuya Taguchi, Ryuhei Takeda. Compensation method for the alignment angle error in pitch deviation measurement [J], Measurement Science and Technology, 27(5), 055006(10pp), 6 April 2016. (SCI; EI) (IF:1.435) 3.Leijie Wang*, Suping Fang, Pengcheng Yang, Lei Meng. Comparison of three methods for identifying fringe regions of interference fringe patterns in measuring gear tooth flanks by laser interferometry [J]. Optik- International Journal for Light and Electron Optics, 126(24), pp 5668-5671, August 2015. (SCI:INSPEC:15598486; EI:20154601551324) 4.Liu Xiaochen, Suping Fang*. A convenient and robust edge detection method based on ant colony optimization [J]. Optics Communications, No.353, pp:147-157, May 2015. (SCI: CM3AC ; EI: 20152100881086)。(IF: 1.449) 5.Liu Xiaochen, Suping Fang*. Correcting large lens radial distortion using epipolar constraint [J]. Applied Optics, Vol.53, No.31, pp:7355-7361, November 2014. (SCI: AR9TL)。 (IF: 1.784) 6.Fang Suping*, Liu Yongsheng, Wang Huiyi, Taguchi Tetsuya, Takeda Ryohei. Research on the compensation method for the measurement error of cycloidal gear tooth flank[J]. International Journal of Precision Engineering and Manufacturing, October 2014, 15(10): 2065-2069. (SCI:AR1OY) (IF: 1.205) 7.Suping Fang*, Pengcheng Yang, Xindong Zhu, Masaharu Komori, Aizoh Kubo. Form deviation measurement of helical gear tooth flank with phase-shifting laser interferometry [J]. Laser in Engineering. 29(1), pp. 9-22, 2014. (SCI: AQ8MC; EI: 201443126023)(IF:0.298) 8.Suping Fang*, Xindong Zhu, Pengcheng Yang, Qiwen Cai Masaharu Komori, Aizoh Kubo. Affect of interference fringe width for processing accuracy and its recognition in measuring form deviation of tooth flank with laser Interferometr [J]. Optics Communications, Vol.328, No.7, 49-56, October 1 2014. (SCI:AI6GL; EI: 20142117736666) (IF:1.438) 9.Suping Fang*, Xindong Zhu, Pengcheng Yang, Qiwen Cai, Masaharu Komori, and Aizoh Kubo. Analysis and compensation method for installation error in measuring gear tooth flank with laser interferometry[J]. Optical Engineering, August 2014, 53(8): 084111-084111.(SCI: AO2YT) (IF:0.954) 10.Xiaohua Xia*, Suping Fang, Yan Xiao. High resolution image fusion algorithm based on multi-focused region extraction, Pattern Recognition Letters[J]. Pattern Recognition Letters, vol.45, no.1, pp. 115-120, August 1 2014. (SCI: AI9AW; EI: 20141817649441) (IF:1.599) 11.Xieliu Yang, Suping Fang*, Bin Kong, Yichao Li. Design of a color coded target for vision measurements[J]. Optik- International Journal for Light and Electron Optics, Vol.125, No.14, 3727-3732, May 2014. (SCI: AJ8CO; EI: 20142417824194) (IF:0.677) 12.Xieliu Yang, Suping Fang*. Eccentricity error compensation for geometric camera calibration based on circular features [J], Measurement Science and Technology, 25(2), 025007(10pp), 2014. (SCI: AC7HC; EI: 20140517247524) (IF:1.435) 13.Xieliu Yang, Suping Fang*. Effect of field of view on the accuracy of camera calibration [J], Optik- International Journal for Light and Electron Optics, Vol.125, No.2, 844-849, January 2014. (SCI:283OO ; EI: 20134716994823) (IF:0.677) 14.Lv Qiujuan*, Fang Suping, Zhang, Zhen. Feature points extraction of different structure for industrial computed tomography image contour [J], Optik- International Journal for Light and Electron Optics, Vol.124, No.22, 5313-5317, December 2013. (SCI: 236YM ; EI: 20134016793535) 15.Pengcheng Yang, Suping Fang*, Xindong Zhu, Masaharu Komori, Aizoh Kubo. Autofocusing algorithm of interferogram based on object image and registration technology [J]. Applied Optics, Vol.52, No.36, 8723-8731,December 2013. (SCI: 279GL ; EI: 20150300424188)。(IF:1.784) 16.Suping Fang*, Xiaohua Xia, Yan Xiao. A calibration method of lens distortion for line scan cameras [J], Optik- International Journal for Light and Electron Optics, Vol.124, No.24, 6749-6751, December 2013. (SCI: 261SU ; EI: 20134316878098) 17.Yang Pengcheng, Suping Fang*, Lei Meng, Xindong Zhu, Masaharu Komori, Aizoh Kubo. Shield Analysis and Non-rigid Match in Positioning the Actual Interferogram on the Tooth Flank based on Oblique Incidence Interferometr [J], Optik- International Journal for Light and Electron Optics, Vol.124, No.20, 4307-4312, October 2013. (SCI: 231UY ; EI: 20133616704254) 18.Wenguo Li*, Suping Fang, Shaojun Duan. Accurate and efficient algorithm for simulation of fringe projection system [J], Optik- International Journal for Light and Electron Optics, Vol.124, No.18, 3542-3548, September 2013. (SCI: 223YW ; EI: 20133316617475) 19.Suping Fang*, Yongsheng Liu, Huiyi Wang, Tetsuya Taguchi, Ryuhei Takeda. Compensation method for the alignment angle error of a gear axis in profile deviation measurement [J]. Measurement Science & Technology, 2013, 24(5): 055008 (8pp). (SCI: 126BH; EI: 20131816295738) (IF:1.352) 20.Yongsheng Liu,Suping Fang*, Hisashi Otsubo,Tsuneto Sumida. Simulation and research on the automatic leveling of a precision stage [J]. CAD(Computer-Aided Design), 45(3): 717-722, 2013.(SCI: 102GY; EI: 20130215874536) (IF: 1.515) 21.Wenguo Li*, Suping Fang, Shaojun Duan. 3D shape measurement based on structured light projection applying polynomial interpolation technique [J], Optik- International Journal for Light and Electron Optics, Vol.124, No.1, 20-27, January 2013. (SCI: 082EZ ; EI: 20124515654503) 22.Xieliu Yang, Suping Fang*, Yulin Yang. Accurate template-based correction technology for lens distortion[J]. Optical Engineering, Vol.51, No.10, 103602-1-8, October 2012. (SCI: 021WF; EI: 20140317194474) 23.Suping Fang*, Yongsheng Liu, Hisashi Otsubo,Tsuneto Sumida. An automatic leveling method for the stage of precision machining center[J]. Int J Adv Manuf Technol(International Journal of Advanced Manufacturing Technology), 61(1): 303-309, Jun 2012.(SCI: 959XG; EI: 20122615154629) (IF: 1.779) 24.Meng L, Fang SP*, Wang LJ, Yang PC, Komori Masaharu. Image-inpainting and quality-guided phase unwrapping algorithm[J]. Applied Optics, 51(13):2457-2462, May 2012. (SCI: 936UG; EI: 20122115047536) 25.Wenguo Li*, Suping Fang. Reliability-guided phase unwrapping algorithm following noncontinuous path based on color fringe projection[J], Optik- International Journal for Light and Electron Optics, Vol.123, No.6, 537-546, March 2012. (SCI: 922YN; EI: 20120814789804) 26.Fang SP*, Meng L, Wang LJ, Yang PC, Komori Masaharu. Quality-guided phase unwrapping algorithm based on reliablity evaluation[J]. Applied Optics, 50(28):5446-5452, October 2011. (SCI:832XA; EI: 20114014404949) 27.Pengcheng Yang, Suping Fang*, Leijie Wang, Lei Meng, Masaharu Komori, Aizoh Kubo. Correction method for segmenting valid measuring region of interference fringe patterns[J]. Optical Engineering, Vol.50, No.9, 095602-1-6, September 2011. (SCI: 825FN; EI: 20114714538407) 28.Suping Fang*, Leijie Wang, Masaharu Komori, and Aizoh Kubo. Design of laser interferometric system for measurement of gear tooth flnak[J], Optik- International Journal for Light and Electron Optics, Vol.122, No.14, 1301-1304, July 2011. (SCI: 792WX; EI: 20112114009073) 29.Suping Fang*, Leijie Wang, Shiqiao Liu, Masaharu Komori and Aizoh Kubo. Positioning the actual interference fringe pattern on the tooth flank in measuring gear tooth flanks by laser interferometry[J], Optical Engineering, Vol.50, No.5, 055601-1-6, May 2011. (SCI: 769NW; EI: 20114714550165) 30.Suping Fang*, Leijie Wang, Pengcheng Yang, Lei Meng, Masaharu Komori and Aizoh Kubo. Improvement of the oblique-incidence optical interferometric system to measure tooth flanks of involute helical gears[J], J. Opt. Soc. Am. A (Journal of the Optical Society of America A), Vol.28, No.4, 590-595, April 2011. (SCI: 745VT; EI: 20112414066594) 31.Suping Fang, Leijie Wang*, Pengcheng Yang, Lei Meng and Masaharu Komori. Object-image-based method to construct an unweighted quality map for phase extraction and phase unwrapping[J], Applied Optics, 50(10):1482-1487, April 2011. (SCI: 744CF ; EI: 20112414066654) 32.Suping Fang*, Leijie Wang, Masaharu Komori, and Aizoh Kubo. Simulation method for interference fringe patterns in measuring gear tooth flanks by laser interferometry[J], Applied Optics, 49(33): 6409-6415, November 2010. (SCI: 682JA; EI: 20104913447976) 33.Edzrol Niza Mohamad, Masaharu Komori, Hiroaki Murakami, Aizoh Kubo and Suping Fang. Effect of Convex Tooth Flank Form Deviation on the Characteristics of Transmission Error of Gears Considering Elastic Deformation[J],JOURNAL OF MECHANICAL DESIGN,Vol.132, No.10, 101005-1-101005-11, October 2010. ( SCI:667IX ) 34.Heng Zhao*, Suping Fang, and Bo Shang. Adaptive neuro-fuzzy inference system for generation of diffuser dot patterns in light guides [J], Applied Optics, 49(14): 2694-2702, May 2010. (SCI: 593RC; EI: 20103513189025) |