学术论文: |
1.Qiucheng Sun, YueqianHou, Qingchang Tan. A New Method of Camera Calibration Based on the Segmentation Model. Optik-International Journal for Light and Electron Optics. 124(24), pp: 6991-6995, (SCI). 2013.
2.Qiucheng Sun, YueqianHou, Qingchang Tan. A Planar-Dimensions Machine Vision Measurement Method Based on Lens Distortion Correction. The Scientific World Journal-optik, Volume 2013, 1-6, (SCI). 2013 3.Sun, Qiucheng, et al. A robust edge detection method with sub-pixel accuracy. Optik-International Journal for Light and Electron Optics. 125(14): 3449-3453, (SCI), 2014 4.Qiucheng Sun, YueqianHou, Qingchang Tan. Shaft Diameter Measurement using a Digital Image. Optics and Lasers in Engineering. 55, pp: 183-188, (SCI). 2014. 5.Sun, Qiucheng, et al. A Flexible Calibration Method Using the Planar Target with a Square Pattern for Line Structured Light Vision System. PloS one 9.9: e106911. (SCI) 2014. 6.Sun, Qiucheng, Jian Chen, and Chunjing Li. A robust method to extract a laser stripe centre based on grey level moment. Optics and Lasers in Engineering 67: 122-127. (SCI) 2015 7.QC. SUN, YQ. HOU, QC. TAN. 2015. A Fast and Robust Detection Algorithm for Extraction of the Centre of a Structured Light Stripe. Laser in Engineering. Vol. 31 Issue 1/2, p41-51, (SCI),2015 8.Sun, Qiucheng,YueqianHou, Jian Chen. Lens distortion correction for improving measurement accuracy of digital image correlation. Optik-International Journal for Light and Electron Optics. 2015, 126(21):3153-3157. (SCI) 9.Sun, Qiucheng, Renyun Liu. An extraction method of laser stripe centre based on Legendre moment. Optik-International Journal for Light and Electron Optics. , 2016, 127(2):912–915. (SCI) 10.Sun Q, Hou Y, Tan Q. A subpixel edge detection method based on an arctangent edge model. Optik - International Journal for Light and Electron Optics, 2016, 127(14):5702-5710. (SCI) 11.Sun QC,Liu RY ,Zhang HL, Tan QC. A complete calibration method of line structured light vision system. Laser in Engineering. 2017,37(1-3):77-93. (SCI) 12.Qiucheng Sun, Chuang Liu, Wusheng Tang, Qingtian Geng, Fanhua Yu. Calibration Method for a Multi-line Structured Laser Light Vision System. Laser in Engineering. 2021, 49(4-6):287-305. (SCI) 13.Liu C , Sun Q , Dai W , et al. A Method of Camera Calibration Based on Kriging Interpolation[J]. IEEE Access, 2021, PP(99):1-1. 14.Sun, Qiucheng; Ren, Zeming; Zhu, Jinlong; Dai, Weiyu; Wang, Mingze; Sun, Mingyu. A Three-Dimensional Structured Light Vision System by Using a Combination of Single-Line and Three-Line Lasers. SENSORS, 2023, 23 (1): ARTN 13. (UT:WOS:000909241400001) (DOI:10.3390/s23010013) 15.Q. Sun, W. Dai, M. Sun, Z. Ren and M. Wang, "An improved calibration method of grating projection measurement system," Computers, Materials & Continua, vol. 75, no.2, pp. 3957–3970, 2023. 16.Wang, M., Sun, Q., Gao, C. et al. A three-dimensional vision measurement method based on double-line combined structured light. Sci Rep 13, 18660 (2023). 17.孙秋成,谭庆昌,安岗,侯跃谦. 一种亚像素精度的边缘检测方法.北京工业大学学报.2009.10. 35(10).(Ei) 18.孙秋成,谭庆昌,唐武生,郑福胜,侯跃谦. 基于CCD的轴径检测方法.吉林大学学报(Ei)2010 19.孙秋成,谭庆昌,侯跃谦,唐武生. C才c. 北京工业大学学报. 第38卷第10期, 1451-1455,2012.(Ei) 20.Sun, Qiucheng, et al. A corner detection algorithm and evaluation method basing on measurement. Computer, Mechatronics, Control and Electronic Engineering (CMCE), 2010 International Conference on. Vol. 2. IEEE, 2010. (Ei) 21.Qiucheng Sun,Xiaogang Dong, Ming Liu, Jiawei Tan. An improved camera calibration method.10th International Conference Electronic Measurement & Instruments. vol.1, 134-138, Chengdu, 2011.8. (Ei) 22.Zhou yazhou, Sun qiucheng*, Chen hao. A sub-pixel edge detection method combining the interpolation with the moment theory. 2013 2nd international Conference on Sensors, Measurement and Intelligent Materials. pp: 351-354, Guangzhou, 2013.11. (Ei) 23.孙秋成, 周亚洲, 宁闯. 基于三次样条插值的亚像素边缘检测方法. 控制工程. 第21卷第2期,1-4, 2014. 24.孙秋成,孙维健,徐中宇,宁闯,基于反正切函数拟合的亚像素边缘检测方法,控制工程。第24卷第4期,905-908,2017.
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著作教材和 国家专利: |
著作教材: 1.刘仁云,孙秋成,王春艳. 数字图像中边缘检测算法研究. 科学出版社. 2015.12 2.王立君,徐忠宇,孙秋成. 人体虹膜图像信息处理与识别技术. 中国水利水电出版社. 2014.6
授权的发明专利: 1.孙秋成刘健豪刘仁云于繁华李纯净曹蕾. 基于正交多项式拟合的快速边缘检测方法。ZL201310097073.2。2015.5 2.孙秋成;谢宇涵;刘仁云;于繁华;秦培春;刘铭;秦喜文. 一种基于空间矩的线结构光中心提取方法.; ZL201310341407.6。2016.3
3.刘仁云孙秋成于繁华周晓东李纯净. 一种基于分段模型的摄像机标定方法. ZL201310046656.2。2015.6 4.孙秋成 刘仁云 于繁华。基于三线激光器固有特性的光平面方程拟合定位标定方法,已经授权,2017.2 。ZL201510038858.1 5.孙秋成 赵志欣 于繁华 刘仁云 秦培春 何旭 于欣扬。 包含扫描方向信息的线结构光视觉测量系统完整标定方法。 2018.7 ZL 201610389198.6 6.孙秋成; 刘闯; 张未名; 王春艳; 孙明玉; 耿庆田; 刘成。一种高精度轴径测量装置及测量方法。2021. ZL201911251675.2 7.孙秋成,孙明玉,张未名,刘闯,王春艳,耿庆田,于繁华,刘成。一种机械轴类零件圆柱度检测装置及检测方法。2021. ZL202010297265.8 8.孙秋成,代维宇,任泽明,刘闯,王铭泽,朱金龙,耿庆田. 一种扇形齿轮加工用固定装置及其固定方法[P]. 吉林省:CN113523450A,2022.5.
授权的实用新型专利: 1.孙秋成,徐中宇,一种基于轴径视觉测量技术的像素当量标定用阶梯轴,2013.09,中国,申请(专利)号: CN201320259446.7. 2.孙秋成,周亚洲,一种标定板定位夹具,2013.09,中国,申请(专利)号: CN201320259279.6. 3.孙秋成,陈浩,一种线结构光的光平面专用标定板,2013.11,中国,申请(专利)号: CN201320259467.9. 4.孙秋成,孙维健,一种新型棋盘格标定板,2013.09,中国,申请(专利)号: CN201320259447.1. 5.孙秋成,徐中宇,一种直线激光器的遮挡端盖,2014.01,中国,申请(专利)号: CN201320595241.6. 6.孙秋成,周亚洲,可自由扭转的标定板夹具,2014.02,中国,申请(专利)号: CN201320595242.0. 7.孙秋成,刘仁云,于繁华,王春艳,孙晔, 三线激光器标定板, 201520053840.4, 2015.6. 8.孙秋成,刘仁云,于繁华,王春艳, 线结构光视觉系统标定板,201520035389.3, 2015.6. 9.黄珊珊, 孙秋成, 何旭, 毕文焕. 三线激光器的衍射噪声光条遮挡装置. 2015.11, 201520858259.X. 10.何旭, 孙秋成, 黄珊珊, 毕文焕. 直线激光器的高精度转角定位支架. 2015.11, 201520858142.1. 11.刘仁云,于繁华,孙秋成,孙晔. 结构光视觉系统中激光器和相机的组合固定装置. 2015.4, 201520035515.5. 12.刘仁云,于繁华,孙秋成,孙晔,直线激光器空间姿态调整装置,2015.4, 201520035260.2 13.庄文,孙秋成,王墨,王晓楠,刘仁云,于繁华,于欣扬,直线激光器姿态调整机构,201704,ZL 201621098489.1 14.于欣扬,孙秋成,石鑫鑫,刘仁云,于繁华,直线激光器姿态调整装置,201704,ZL201621098486.8. 15.孙秋成,庄文,王墨,王晓楠,刘仁云,于繁华,于欣扬。直线激光器姿态调整平台,201704,ZL201621098488.7 16.孙秋成 于欣扬 石鑫鑫,刘仁云,于繁华。一种用于直线激光器姿态调整的装置。ZL201621098395.4. 2017.7 17.韩磊,孙秋成,范家鑫,于欣扬,用于双直线激光器标定的转角调节机构。2018.4,ZL201721081086.0 18.孙秋成; 韩磊; 范家鑫; 于欣扬; 郑岩,用于视觉测量的双直线激光器同步转角调节机构。ZL 201720181079.0。20180731 19.王佳岩;孙秋成;耿庆田;孙明玉;赵秀涛;刘成。基于四象限分界线的镜头畸变标定转盘装置。ZL201920970202.7。2019.12 20.孙秋成;孙颜开;耿庆田;王佳岩;孙明玉;赵秀涛;刘成. 用于激光平面空间方程快速标定的辅助标靶屏幕装置. ZL 201920970428.7. 2019.12 21.孙秋成;孙颜开;王佳岩;耿庆田;孙明玉;赵秀涛;刘成. 基于十字色块的镜头标定靶盘装置. ZL201920970219.2. 2019.12 22.孙秋成; 王佳岩; 耿庆田; 张未名. 一种标定板精度检测装置. CN201920607688.8. 2019.11 23.杜广旭,孙秋成,刘闯,朱金龙,孙明玉,李清亮,刘诚。一种多自由度标定板夹具。Zl202021660865.8 .2021.4 24.单昱翔,孙秋成,王铭泽,刘闯,代维宇,任泽明。一种便携式激光测量装置。Zl202122349039.2。2022.5 |