论文:
[1] Zheng Fang*, Mengyi Wang, Weifeng Hu, Kejing Chang, Bijiao Zhang, Temperature-Field Sparse-Reonstruction of Lithium-Ion Battery Pack Based on Artificial Neural Network and Virtual Thermal Sensor Technology. Energy Technology, 2021: 2100258-1-2100258-10 (SCI Index)
[2] Mengyi Wang, Weifeng Hu, Yanfang Jiang, Fang Su, Zheng Fang*, Internal temperature prediction of ternary polymer lithium-ion battery pack based on CNN and virtual thermal sensor technology. International Journal of Energy Research, 2021: 1–11 (SCI Index)
[3] Zheng Fang, Mengyi Wang, Weifeng Hu, Siyuan Chen*, Potassium di-hydrogen phosphate identification based on wide energy X-ray absorption spectrum and an artificial neural network, Computers and Electronics in Agriculture, 183, 2021, 106062-1-106062-8 (SCI Index)
[4] Mengzhou Li, Zheng Fang, Wenxiang Cong, Chuang Niu, Weiwen Wu, Josef Uher, James Bennett, Jay T. Rubinstein, Ge Wang*, Clinical Micro-CT Empowered by Interior Tomography, Robotic Scanning, and Deep Learning, IEEE Access, 8, 2020, 229018-229032 (SCI Index)
[5] Zheng Fang, Shuo Zhong, Weifeng Hu, Siyuan Chen*, Mouse livers machine learning identification based on hyperspectral X-ray computed tomography reconstructed X-ray absorption spectra, AIP Advances, 10(11), 2020, 115009-1-115009-7(SCI Index)
[6] Zheng Fang, Renbin Wang, Mengyi Wang, Shuo Zhong, Liquan Ding and Siyuan Chen*, Effect of Reconstruction Algorithm on the Identification of 3D Printing Polymers Based on Hyperspectral CT Technology Combined with Artificial Neural Network, Materials, 13(8), 2020: 13081963-1-13081963-19 (SCI Index)
[7] Zheng Fang, Weifeng Hu, Mengyi Wang, Renbin Wang, Shuo Zhong, Siyuan Chen*, X-ray absorption spectroscopy combined with machine learning for diagnosis of schistosomiasis cirrhosis, Biomedical Signal Processing and Control, 60, 2020: 101944-1-101944-7 (SCI Index)
[8] Zheng Fang, Weifeng Hu, Renbin Wang, Siyuan Chen*, Application of hyperspectral CT technology combined with machine learning in recognition of plastic components, NDT&E International, 102(3), 2019: 287-294 (SCI Index)
[9] Zheng Fang, Zheng Yang, Qian Wang, Chao Wang, Siyuan Chen*, A wearable comprehensive data sampling system for gait analysis, Journal of Medical Engineering and Technology, 42(5), 2018: 335-343(EI Compendex)
[10] Zheng Fang*, Tao Yu, Qian Wang, Chao Wang, Siyuan Chen, Use of ant colony optimization and the Kalman filter to deduce thigh dip angle via acceleration and angular velocity sensing, Measurement and Control, 51(9-10), 2018: 488-497(SCI & EI Index)
[11] Weifeng Hu, Siyuan Chen, Yuqi Li, Qian Wang, Zheng Fang*, X-ray absorption spectrum combined with deep neural network for on-line detection of beverage preservatives, Review of Scientific Instruments, 89(11), 2018: 103108-1-103108-11(SCI Index)
[12] Qian Wang, Xiaomei Wu, Lingcong Chen, Zheng Yang, Zheng Fang*, Plastic Classification with x-ray absorption spectroscopy based on back propagation neural network, Applied Specroscopy, 77(11), 2017: 2538-2548(SCI Index)
[13] Xiaomei Wu, Qian Wang, Jinlei Ma, Wei Zhang, Po Li, Zheng Fang*, A hyperspectral X-ray computed tomography system for enhanced material identification, Review of Scientific Instruments, 88(8), 2017: 083111-1- 083111-8(SCI Index)
[14] Bo Hu, Xingliang Zhang, Qinan Ouyang, Xiaomei Wu, Zheng Fang*, A prototype system to measure X-ray absorption spectra for diagnosis in vivo, Measurement, 93, 2016: 252-257(SCI Index)
[15] Zheng Fang,Xinjian Yi,Xiangyan Liu,Wei Zhang,Tianxu Zhang*,Dual-band infrared remote sensing system with combined long-wave infrared imaging and mid-wave infrared spectral analysis,Review of Scientific Instruments, 84(8), 2013: 083106-1-083106-5(SCI Index)
[16] Zheng Fang,Qingming Luo*,Qian Liu,Kun Bi,Xiaomin Sun,Effective Method for Automatic Contour Extraction in Computerized Tomography Reconstruction,Journal of Electronic Imaging,17(1),2008: 013016-1-013016-5(SCI Index)
[17] Li Po,Li Ruiyu,Shao Tianying,Zhang Jingrui,Fang Zheng,Composite adaptive model predictive control for DC–DC boost converters,IET Power Electronics,11(10),2018: 1706 -1717(SCI & EI Index)
[18] Xiangyan Liu*,Zheng Fang,Xiaobing Dai,Xudong He,Pengcheng Gao,An Infrared Scanning and Tracking System for Detecting Mid-Wave Infrared Spectral Characteristics of Moving Targets,Applied Spectroscopy,68(11),2014: 1289-1295(SCI Index)
[19] Dai Xiaobing,Liu Xiangyan,Liu Li,Zhu Bin,Fang Zheng,A novel image-guided FT-IR sensor using chalcogenide glass optical fibers for the detection of combustion gases,Sensors and Actuators, B: Chemical,220,2015: 414-419(SCI Index)
[20] Guo, Yiran,Zhang, Jingrui*,Fang, Zheng,An improved particle swarm optimization approach for unit commitment problem,Open Automation and Control Systems Journal,6(1),2014: 629-636(EI Compendex)
[21] Jingrui Zhang,Chaoyuan Yue,Zheng Fang*,DE-Acceleration Based Particle Swarm Optimizer for Short-Term Hydrothermal Scheduling,International Review of Electrical Engineering (IREE),8(1),2013: 403-410
[22] Zheng Fang*,Hui Gong,Guang Yang,Tianxu Zhang,Effect of projection number on slice image quality of micro-CT system,6th International Symposium on Multispectral Image Processing and Pattern Recognition,Yichang,74972B-1- 74972B-5,2009.10.30-11.01,Poster(EI Compendex)
[23] Zheng Fang,Hui Gong,Tianxu Zhang*,Prototype Flat-panel Based μCT System for Small Animal Studies,2nd International Conference on Biomedical Engineering and Informatics,328-332,Tianjin,2009.10.17-19,Poster(EI Compendex)
[24] Zheng Fang*,Hui Gong,Practical Contour Segmentation Algorithm for Small Animal Digital Radiography Image,7th International Conference on Photonics and Imaging in Biology and Medicine,72800k-1-72800k-6,Wuhan,2008.11.24-27,Poster(EI Compendex)
[25] Zheng Fang,Kun Bi,Shaoqun Zeng,Qingming Luo,Qian Liu*,Cross-section Imaging of Rice Tillers by μCT System,6th International Conference on Photonics and Image in Biology and Medicine,237-240,Wuhan,2007.11.04-06,Poster(ISTP Index)
[26] Gong Hui,Liu Qian,Zhong Aijun,Ju Shan,Fang Quan,Fang Zheng,Micro-CT images reconstruction and 3-D visualization for small-animal studying,Optics in Health Care and Biomedical Optics: Diagnostics and Treatment II,892-897,Beijin,China,2004.11.8-12,Poster(EI Compendex)
[27] Fan Zhang,Zheng Fang,Ming Liu,He Huang*,Preliminary Design of a Terrain Recognition System,33rd Annual International IEEE EMBS Conference,5452-5455,Boston,MA,USA,2011.08.30-09.03,Oral(EI Compendex)
[28] Zheng Fang*,Xin Gu,Xingliang Zhang,Jingrui Zhang,Siyuan Chen,Research on the Relationship between Projection Number and Image Noise Level in FBP Reconstruction,Advanced Materials Research,720, 2013: 2324-2328(EI Compendex)
[29] Zheng Fang,Tao Yu,Luhui Chen,Siyuan Chen,Chao Wang*,Optimal Thigh dip Angle Reduction by Acceleration and Angular Velocity Sensing,2015 12th International Conference on Fuzzy Systems and Knowledge Discovery (FSKD 2015),1192-1197,Zhangjiajie,2015.08.15-17,Poster(ISTP & EI Compendex)
[30] Zheng Fang*, Furong Zeng, Jianfeng Jiang, Qinan Ouyang, Bo Hu, Design and Experiment of A Compact Tracking Mirror for Dual-band Infrared Remote Sensing,Proceedings of 2016 IEEE Chinese Guidance, Navigation and Control Conference,271-275,Nanjing,2016.08.12-14,Oral(EI Compendex)
[31] Qian Wang, Xiaomei Wu, Wei Zhang, Shuting He, Haifeng Feng, Zheng Fang*, Preliminary research on organics recognition by X-ray absorption spectroscopy detection and classification,International Conference on Optoelectronics and Microelectronics Technology and Application,102440L-1-102440L-7,Shanghai,2016.10.10-12,Poster(EI Compendex)
[32] Siyuan Chen, Xiaomei Wu, Qian Wang, Zheng Fang*, Study on the material recognition of the region of interest by hyperspectral CT reconstruction methods, The 9th International Symposium on NDT in Aerospace, 1-8, Xiamen, 2017.11.08-10, Oral
[33] Zheng Fang, Zheng Yang, Ren-bin Wang, Si-yuan Chen*, Inertial Sensor-based Knee Angle Estimation for Gait Analysis Using the Ant Colony Algorithm to Find the Optimal Parameters for Kalman Filter, The 3rd International Conference on Automation, Mechanical and Electrical Engineering, 249-254, Shanghai, 2018.7.22-23, Poster(ISTP)
[34] Zheng Fang, Shuo Zhong, Renbin Wang, Liquan Ding, Siyuan Chen*, Non-reference Evaluation of Hyperspectral X-CT Images Based on CdTe Photon Counting Detector, The 3rd International Symposium on Image Computing and Digital Medicine, 59-63, Xi’an, 2019.8.24-26, Poster(EI)
[35] Chen Siyuan, Li Menghui, Ma Runsi, Huang Tao, Kong Jiaying, Yang Zheng, Fang Zheng*, Battery pack temperature field compression sensing based on deep learning algorithm, 14th IEEE International Conference on Electronic Measurement & Instruments, 1047-1053, Changsha, 2019.11.1-3, Oral(EI)
[36] Zheng Fang, Shuyan Li, Weifeng Hu, Jiajie Zhang, Siyuan Chen*, Spectral distortion correction of photon-counting-detector based on neural network, SPIE 11th International Symposium on Multispectral Image Processing and Pattern Recognition, 114321H-1-114321H-8, Wuhan, 2019.11.2-3, poster(EI)
[37] 方正,沈建清*,瑞典——新型SE-AIP潜艇的先驱,船电技术,第32卷,第2期,1-5页,2001
[38] 方正,骆清铭*,双CCD拼接的CT成像的断裂伪迹消除方法,光学技术,第33卷,第6期,863-866页,2007(EI Compendex)
[39] 方正,孙小敏,骆清铭*,一种简便的计算机层析系统X射线硬化校正方法,光学学报,第27卷,第2期,302-306页,2007(EI Compendex)
[40] 方全,方正,仲爱军,骆清铭,龚辉*,锥束微型CT 图像重建中射线源位置的修正,CT理论与应用研究,第15卷,第2期,69-73页,2006
[41] 方正*,龚辉,张天序,基于μCT成像与后处理的斑马鱼心脏三维显影,科技促进发展,第59卷,第10期,44-45页,2009
[42] 方正*,王勇俞,张天序,用傅立叶红外遥感发射光谱测量技术的物质辨识,光学学报,第29期,198-201页,2009(EI Compendex)
[43] 方正,张兴亮,王超,顾昕,马盛林,王磊,陈思媛*,基于青年人足底压力测试的步态实验研究,生物医学工程学杂志,第31卷,第6期,1278-1282、1293页,2014(CSCD)
[44] 何良宗,方正,柳娟,卓勇,国内外电气工程专业本科培养方案的对比研究,5357拉斯维加斯官网学报(哲学社会科学版),2013年增刊教学研究专辑,92-99页,2013
[45] 顾昕,张兴亮,陈思媛,方正*,基于文本和内容的图像检索算法,计算机应用,第34卷,第S2期,280-282、313页,2014(CSCD)
[46] 方正,邓欣萍,陈延平,王磊,卓勇,大类招生模式下测控专业培养方案比较研究,5357拉斯维加斯官网学报(哲学社会科学版),2014年增刊教学研究一辑,124-133页,2014
[47] 方正,王磊*,余韬,陈思媛,基于蚁群搜索理论的最优Kalman步频预测,华中科技大学学报(自然科学版),第43卷,第7期,109-113页,2015(EI Compendex)
[48] 王超,方正*,余韬,邓欣萍,江建烽,基于卡尔曼滤波模型的平地行走步频预测方法,哈尔滨工程大学学报,第36卷,第8期,1109-1113页,2015(EI Compendex)
[49] 胡波,武晓梅,余涛,王超,方正*,X射线荧光光谱仪的发展及应用,核电子学与探测技术,第35卷,第7期,695-702页,2015
[50] 方正,欧阳琪楠,曾富荣,陈思媛,马盛林*,基于中波红外遥测光谱的温度估计算法研究,光谱学与光谱分析,第36卷,第4期,960-966页,2016(SCI Index & EI Compendex)
[51] 方正*,王倩,邓欣萍,王超,余韬,不同运动能力篮球爱好者下肢生物力学信号分析,科学技术与工程,第16卷,第20期,114-119页,2016(二类核心)
[52] 方正*,武晓梅,胡波,杨蕊菡,陈思媛,压缩感知在图像处理领域中的应用,计算机应用研究,第33卷,395-397页,2016
[53] 方正*,何淑婷,冯海峰,马金蕾,江建烽,芝加哥大学飞速发展对我国高校体制改革的启示,5357拉斯维加斯官网学报(哲学社会科学版),2016年增刊教学研究专辑,182-188页,2016
[54] 方正*,曾富荣,江建烽,陈扬,王超,篮球运动员不同步态下生物力学信号对比分析,传感器与微系统,第36卷,第20期,5-8页,2017(CSCD)
[55] 方正*,李姝彦,康复辅具行业创新驱动效率的数据包络分析方法研究,科技经济导刊,第618卷,第28期,9-10, 5页,2017
[56] 陈思媛,冯海峰,王倩,杨正,方正*,光谱分析与处理方法综述,科学家,第58卷,第15期,122-124页,2017
[57] 陈思媛,李姝彦,陈春红,孔佳莹,王倩,马思远,方正*,光谱技术发展现状及趋势,应用化工,第46卷,第12期,2441-2446页,2017(CSCD)
[58] 王倩,杨正,方正*,基于X射线吸收谱的不同生物组织的辨识,高等学校化学学报,第39卷,第7期,1434-1439页,2018(SCI & EI Index)
[59] 方正,林智乐,钟硕,胡伟锋,陈思媛*,红外多光谱遥感数据校准,红外,第39卷,第10期,40-43, 48页,2018
[60] 陈思媛,方正*,胡伟锋,余杰、王倩,王涵博,王禹昕,可充电锂电池剩余电量预测方法,中南大学学报(自然科学版),第49卷,第9期,2121-2128页,2018(EI Compendex)
[61] 方正,胡伟锋,张蔚,陈思媛*,基于背景差分法的核相关滤波多物体跟踪算法,电子测量技术,第41卷,第19期,68-72页,2018
[62] 方正,王仁彬,陈思媛*,基于GA-BP神经网络的塑料X射线吸收光谱的辨识,应用化工,第48卷,第1期,151-154页,2019(CSCD)
[63] 陈思媛,方正*,王仁彬,迭代参数对CT重建结果的影响,计算机应用研究,第35卷,413-415页,2018
[64] 陈思媛,曾富荣,陈灵聪,胡伟锋,方正*,便携式肘关节康复训练机器人,科学技术创新,第1期,65-68页,2019
专利:
[1] Zheng Fang, The Transmission Imaging Detection Device and Its Computerized Tomography System, Innovation Patent, 19 September 2019, Australia, 2021101621, 5 May 2021 (PCT/CN2019/106732, PWO1193318)
[2] 方正,陈思媛,刘万山,薛悦榕,陈艺婷,李弘熠,丁天天,何旭博,王宇欣,陈彦佳,韦莉,黄若愚,一种五指抓握康复训练机器人,实用新型,2020.4.20,中国,ZL 202020589468.X,2021-05-04
[3] 方正,透射成像检测装置及应用其的计算机层析成像系统,实用新型,2019.9.19,中国,ZL 201990000337.9,2021-05-04
[4] 陈思媛,方正,杨正,孔佳莹,马润思,黄涛,李孟辉,一种基于压缩感知理论的电池包内部温度实时监测方法,发明专利,2018.12.4,中国, ZL 201811473233.8,2020-10-20
[5] 李顺仁,方正,翟广立,一种多源检测设备,实用新型,2019.10.14,中国,ZL 201921714396.0,2020-10-09
[6] 方正,陈进,何淑婷,武晓梅,王倩,采用高光谱CT功能成像的物质识别方法和系统,发明专利,2017.3.20,中国,ZL 201710165177.0,2020-01-07
[7] 方正,陈灵聪,杨正,张晨浩,周泓彦,朱志鹏,便携手指康复训练机构,实用新型,2017.10.10,中国,ZL 201721296822.4,2019-08-09
[8] 方正,陈灵聪,王超,余韬,欧阳琪楠,穿戴式肘关节康复训练机器人,发明专利,2015.12.2,中国,ZL 201510867223.2,2018-09-04
[9] 方正,江建烽,胡波,欧阳琪楠,欧敬武,X射线球管工作状况在线检测系统,发明专利,2015.9.30,中国,ZL 201510639618.7,2017-07-25
[10] 方正,江建烽,曾富荣,陈文斌,一种X射线数字成像系统,实用新型,2016.5.25,中国,ZL 201620484201.8,2016-12-07
[11] 方正,陈灵聪,王超,曾富荣,余杰,便携式不间断电源,外观设计,2016.3.18,中国,ZL 201630079407.8,2016-7-13
[12] 方正,张兴亮,陈思媛,王超,余韬,一体化X射线工作室,发明专利,2014.2.19,中国,ZL 201410055725.0,2016-04-27
[13] 方正,江建烽,胡波,欧阳琪楠,欧敬武,一种X射线球管工作状况在线检测系统,实用新型,2015.9.30,中国,ZL 201520770175.0,2016-01-13
[14] 方正,胡波,褚旭阳,柳娟,张兴亮,王超,陈思媛,双自由度直驱扫描跟踪转台,发明专利,2014.4.9,中国,ZL 2014101407532,2016-01-20
[15] 方正,王凯,陈雅琳,一种接触式高压电气温度检测系统,实用新型,2014.1.17,中国,ZL 201420030337.2,2014-08-27
[16] 方正,张天序,陈彦山,张新宇,易新建,王泽,孙协昌,李成,汪小平,桑农,双波段红外光学系统,发明专利,2009.11.27,中国,ZL 200910272921.2,2011-10-26
[17] 张天序,方正,刘祥燕,张伟,付平,边小勇,李浩,李高飞,杨卫东,一种多波段动目标光谱特征探测识别方法和装置,发明专利,2012.12,国际申请号:PCT/CN2012/070094
[18] 张天序,方正,刘祥燕,张伟,付平,边小勇,李浩,李高飞,杨卫东,一种多波段动目标光谱特征探测识别方法和装置,发明专利,2011.12.20,中国,ZL 201110430969.9,2013-7-24公布
[19] 张天序,郑珍珠,方正,张伟,杨卫东,颜露新,徐利成,王娟,付平,一种适应温度压强变化的气体辐射谱不变特征提取方法,发明专利,2011.6.30,中国,ZL 201110181499.7,2012-2-8公开
[20] 张天序,张伟,方正,付平,李浩,李高飞,刘祥燕,戴小兵,余鹏先,杨卫东,多模态的多目标多维特征获取方法,发明专利,2012.1,中国,ZL 201110260494.3,2012-1-18公布
[21] 张天序,颜露新,郑珍珠,杨卫东,方正,孙协昌,张伟,刘翔燕,边小勇,徐利成,王娟,付平,高慧杰,一种固体物质的稳定谱特征提取方法,发明专利,2010.10.27,中国,ZL 201010520743.3,2011-2-16公开
[22] 张天序,张新宇,易新建,孙协昌,方正,郑璐璐,李成,曹治国,桑农,徐利成,郑珍珠,一种图谱一体化的时变对象光谱信息获取方法与装置,发明专利,2009.11.6,中国,ZL 200910272679.9,2010-5-5公布
[23] 骆清铭,杨孝全,龚辉,方正,邓子林,成像系统及方法,发明专利,2009.1.8,中国,ZL 200910300115.1,2009-6-17公布
[24] 骆清铭,曾绍群,毕昆,奚磊,方正,一种用于小动物的整体荧光透射成像装置,实用新型,2009.5.9,中国,ZL 200820067139.8,2008-5-9
[25] 骆清铭,曾绍群,毕昆,奚磊,方正,一种用于小动物的整体荧光透射成像系统,发明专利,2008.1.11,中国,ZL 200810046679.2,2008-12-10公布
软件著作权:
[1] 方正,顾昕,武晓梅,张兴亮,融合文本语义与视觉内容的图像检索系统,2013.12.3,登记号2014SR048240,2014-04-23
[2] 方正,欧阳琪楠,张兴亮,胡波,褚旭阳,二维转台控制系统,2014.8.1,登记号2015SR010940,2015-01-20
[3] 方正,欧阳琪楠,胡波,武晓梅,王超,黄璐,X-Ray光谱自动检测系统,2015.7.23,登记号2016SR052204,2016-03-14
[4] 方正,武晓梅,欧阳琪楠,胡波,黄璐,线阵列CT逆投影切片成像系统,2015.10.27,登记号2016SR052201,2016-03-14
[5] 方正,武晓梅,黄璐,陈文斌,欧阳琪楠,胡波,曾富荣,面阵列CT逆投影切片成像系统,2016.2.27,登记号2016SR120906,2016-05-27
[6] 陈思媛,何淑婷,陈进,武晓梅,方正,高光谱CT重建与物质辨识系统, 2016.11.24,登记号2017SR307466,2017-06-26
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[11] 陈思媛,胡伟锋,方正,二维转台相机人脸自动跟踪系统,2018.11.1,登记号2019SR0167015,2019-02-21
[12] 方正,陈淮南,陈思媛,杨正,薛悦榕,五指抓握康复控制系统,2019.5.20,登记号2019SR0821101,2019-08-07
[13] 方正,陈淮南,高逸飞,X射线吸收光谱校正系统,2021.5.12,登记号2021SR1255928,2021-08-24
[14] 陈思媛,方正,高逸飞,二叉树数据结构可视化工具软件,2021.10.13,登记号2021SRE032528,2021-12-09