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<!DOCTYPE HTML>
<html>
<head>
<title>Dexiang Zong（宗德祥）</title>
<meta name="description" content="用于自我介绍。" />
<meta name="keywords" content="Daniel Zong, Dexiang Zong, dexiang zong,宗德祥, dexiangzong, daniel, 个人主页" />
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<h2>Thesis</h2>
<h4>2003</h4>
<ul>
<li><strong>Pipeline inspection robot system design</strong>, Bachelor's degree</li>
</ul>
<h4>2005</h4>
<ul>
<li><a href="Papers/Application of glue-robot vision system.pdf"><strong>Application of glue-robot vision system</strong></a>, Master's degree</li>
</ul>
<h2>Academic Papers</h2>
<h4>2005年</h4>
<ul>
<li>TANG De-wei,<strong>ZONG De-xiang</strong>,DENG Zong-quan,ZHANG Tao. <a href="Papers/The Structural Design for Internal Diameter of The Pipeline Measured Robot.pdf">The structural design for internal diameter of the pipeline measured robot</a><i>[J]. Forestry Machinery & Woodworking Equipment</i>, 33(2),2005.</li>
</ul>
<h4>2006年</h4>
<ul>
<li>TANG De-wei,<strong>ZONG De-xiang</strong>,DENG Zong-quan,LI Ming-zhang. <a href="Papers/On Application of Glue-robot Vision System.pdf">On application of glue-robot vision system</a><i>[J]. ROBOT</i>, 28(1),2006.</li>
</ul>
<h4>2007年</h4>
<ul>
<li><strong>Zong Dexiang</strong>,He Yonghui,Wang Kangjian,Shi Guifen. <a href="Papers/Fast binary conversion method for low-contrast and small-area models.pdf">Fast binary conversion method for low-contrast and small-area models</a><i>[J], Baosteel Technology</i>, 1, 2007</li>
<li>He Yonghui,Huang Shenbiao,Peng Tiegen,<strong>Zong Dexiang</strong>,Shi Guifen,Sheng Junlong. <a href="Papers/Research and practice of steel strip surface inspection system in Baosteel.pdf">Research and practice of steel strip surface inspection system in Baosteel</a><i>,China Instrument and Control Society Annual Academic Conference - Seminar on the Development of Intelligent Detection and Control Technology and Instrumentation Devices</a></i>，2008.</li>
</ul>
<h4>2008年</h4>
<ul>
<li>Peng Tiegen, He Yonghui, <strong>Zong Dexiang</strong>, Sheng Junlong. <a href="Papers/Research on algorithm of grey scale compensation for steel strip images.pdf">Research on algorithm of grey scale compensation for steel strip images</a><i>[J], Baosteel Technology</i>, 3, 2008 .</li>
<li>Peng Tiegen, He Yonghui, <strong>Zong Dexiang</strong>, Sheng Junlong. <a href="Papers/Segmentation of low contrast defect images for steel strip based on scan lines.pdf">Segmentation of low contrast defect images for steel strip based on scan lines</a><i>[J], Baosteel Technology</i>, 5, 2008 .</i></li>
</ul>
<h4>2012年</h4>
<ul>
<li>LIANG Shuang, HE Yonghui, YANG Shuishan, PENG Tiegen, <strong>ZONG Dexiang</strong>. <a href="Papers/Protection analysis and application of on-line surface defect inspection equipment for strip steel.pdf">Protection analysis and application of on-line surface defect inspection equipment for strip steel</a><i>[J], World Iron & Steel</i>, 2, 2012 .</i></li>
<li>HE Yonghui,PENG Tiegen,<strong>ZONG Dexiang</strong>,LIANG Shuang. <a href="Papers/Research and application of on-line surface inspection system for hot-rolled steel strips in Baosteel.pdf">Research and application of on-line surface inspection system for hot-rolled steel strips in Baosteel</a><i>,Proceedings of the Symposium on Steel Quality Control Technology - Shape, Properties, Dimensional Accuracy, Surface Quality Control and Improvement</i>，2012.</li>
</ul>
<h4>2013年</h4>
<ul>
<li><strong>ZONG Dexiang</strong>, HE Yonghui, PENG Tiegen . <a href="Papers/Diamond plate surface’s water mark removal method by run-length labeling.pdf">Diamond plate surface's water mark removal method by run-length labeling</a><i>[J], World Iron & Steel</i>, 2013(5) .</i></li>
<li><strong>Dexiang Zong</strong>,Yonghui He. <a href="Papers/An FPGA-based real-time image processing system.pdf">An FPGA-based real-time image processing system</a>,<i>International Surface Inspaction Summit.USA,2013.</i></li>
<li>Liang Shuang,He Yonghui,<strong>Dexiang Zong</strong>. <a href="Papers/A conoscopic holography-based 3D measurement system for analyzing defects in steel plate surface.pdf">A conoscopic holography-based 3D measurement system for analyzing defects in steel plate surface</a><i>[J],Baosteel Technical Research</i>,Volime 7,Number 4,December 2013,Page 11.</li>
</ul>
<h4>2014年</h4>
<ul>
<li><strong>ZONG Dexiang</strong>,HE Yonghui,ZHANG Linpeng,PENG Tiegen.<a href="Papers/Plate edge crack detection method based on morphological filter.pdf">Plate edge crack detection method based on morphological filter</a><i>[J],Baosteel Technology</i>, 2014(3):30-34 .</li>
<li><strong>ZONG Dexiang</strong>,HE Yonghui,YANG Shuishan. <a href="Papers/A method for calibrating uniform of multiple CCD imaging.pdf">A method for calibrating uniform of multiple CCD imaging</a><i>[J],Baosteel Technology</i>, 2014(1):35-39 .</li>
<li>Peng Tiegen,He Yonghui,Li Binghu,Yang Shuishan,<strong>Zong Dexiang</strong>. <a href="Papers/Research and development of tin steel strip surface online inspection system based on TDI imaging technology.pdf">Research and development of tin steel strip surface online inspection system based on TDI imaging technology</a><i>[J],Infrared and Laser Engineering</i>, 2014(1):294-299 .</li>
</ul>
<h4>2015年</h4>
<ul>
<li><strong>Dexiang Zong</strong>, Yun Zhang, Yonghui He, Yonghong Song, Yuehu Liu. <a href="Papers/Steel defect classification using transfer learning.pdf">Steel defect classification using transfer learning</a><i>,International Workshop on Vision, Communications and Circuits（IWVCC’15）</i>.</li>
</ul>
<h4>2021年</h4>
<ul>
<li><strong>ZONG Dexiang</strong>, Jiang Yu, HE Yonghui. <a href="Papers/Research on classification algorithm of strip surface defects based on ensemble learning algorithm.pdf">Research on classification algorithm of strip surface defects based on ensemble learning algorithm</a><i>[J],Baosteel Technology</i>,2021.</li>
<li><strong>ZONG Dexiang</strong>, Shi Guifen, HE Yonghui. <a href="Papers/Handwritten billet number recognition algorithm based on edge extraction.pdf">Handwritten billet number recognition algorithm based on edge extraction</a><i>[J],Baosteel Technical Research</i>,2021.</li>
</ul>
<h4>2023年</h4>
<ul>
<li>Haineng Ma,<strong>Dexiang Zong</strong>, Yingna Wu, Rui Yang. <a href="Papers/Automatically Recognizing and Grading Spangle on the Galvanized Steels Surface Based on Convolutional Neural Network.pdf">Automatically Recognizing and Grading Spangle on the Galvanized Steels Surface Based on Convolutional Neural Network</a><i>[J],Materials Today Communications</i>,2023,34</li>
</ul>
<h2>Patents</h2>
<ul>
<li>1,<i>CN-102162795-B</i>, <a href="Patents/Method for comprehensive on-line detection of defects of band steel.pdf">Method for comprehensive on-line detection of defects of band steel</a></li>
<li>2,<i>CN-106979766-B</i>, <a href="Patents/The measuring device and method of pole material parameter.pdf">The measuring device and method of pole material parameter</a></li>
<li>3,<i>CN-104101600-B</i>, <a href="Patents/Cross Section of CC Billet testing of small cracks method.pdf">Cross Section of CC Billet testing of small cracks method</a></li>
<li>4,<i>CN-101419177-B</i>, <a href="Patents/Method for demarcating multi line scan video cameras.pdf">Method for demarcating multi line scan video cameras</a></li>
<li>5,<i>CN-105136804-B</i>, <a href="Patents/The acquisition of high-speed band steel surface image and image processing apparatus and method.pdf">The acquisition of high-speed band steel surface image and image processing apparatus and method</a></li>
<li>6,<i>CN-103139483-B</i>, <a href="Patents/The light source stroboscopic control method of the even imaging of TDI CCD in a kind of non-uniform movement situation.pdf">The light source stroboscopic control method of the even imaging of TDI CCD in a kind of non-uniform movement situation</a></li>
<li>7,<i>CN-101349652-A</i>, <a href="Patents/Detection imaging method and apparatus of strip surface flaw.pdf">Detection imaging method and apparatus of strip surface flaw</a></li>
<li>8,<i>CN-104101603-B</i>, <a href="Patents/Steel strip surface defect detection method.pdf">Steel strip surface defect detection method</a></li>
<li>9,<i>CN-207997871-U</i>, <a href="Patents/Wheel set detecting device, high ferro Wheel set detecting device and motor car wheel are to detection device.pdf">Wheel set detecting device, high ferro Wheel set detecting device and motor car wheel are to detection device</a></li>
<li>10,<i>CN-104113946-A</i>, <a href="Patents/light source illuminance adaptive control device and light source illuminance adaptive control method.pdf">light source illuminance adaptive control device and light source illuminance adaptive control method</a></li>
<li>11,<i>CN-203178204-U</i>, <a href="Patents/Adjusting device of imaging detection device.pdf">Adjusting device of imaging detection device</a></li>
<li>12,<i>CN-107292931-A</i>, <a href="Patents/The line scan camera detected for strip surface, which is turned back, is imaged calibration system and method.pdf">The line scan camera detected for strip surface, which is turned back, is imaged calibration system and method</a></li>
<li>13,<i>CN-109945976-A</i>, <a href="Patents/Binocular imaging detection device and detection method.pdf">Binocular imaging detection device and detection method</a></li>
<li>14,<i>CN-109839067-A</i>, <a href="Patents/Plate size measuring device and method.pdf">Plate size measuring device and method</a></li>
<li>15,<i>CN-104101604-A</i>, <a href="Patents/Test bench for off-line detection on surface of continuous casting slab.pdf">Test bench for off-line detection on surface of continuous casting slab</a></li>
<li>16,<i>CN-107664483-B</i>, <a href="Patents/A kind of cylinder bar shape parameter measurement method.pdf">A kind of cylinder bar shape parameter measurement method</a></li>
<li>17,<i>CN-103376093-A</i>, <a href="Patents/Method and device for imaging non-uniform velocity moving object by TDI (Time Delayed Integration) CCD (Charge Coupled Device).pdf">Method and device for imaging non-uniform velocity moving object by TDI (Time Delayed Integration) CCD (Charge Coupled Device)</a></li>
<li>18,<i>CN-111721229-A</i>, <a href="Patents/Wire section shape defect detection system and detection method thereof.pdf">Wire section shape defect detection system and detection method thereof</a></li>
<li>19,<i>CN-107869957-B</i>, <a href="Patents/Imaging system-based cylindrical section size measuring device and method.pdf">Imaging system-based cylindrical section size measuring device and method</a></li>
<li>20,<i>CN-104915716-B</i>, <a href="Patents/The uniform optimization method of the illumination LED array light source detected for belt steel surface.pdf">The uniform optimization method of the illumination LED array light source detected for belt steel surface</a></li>
<li>21,<i>CN-202427736-U</i>, <a href="Patents/Device for cleaning emulsion stains on surface of strip steel.pdf">Device for cleaning emulsion stains on surface of strip steel</a></li>
<li>22,<i>CN-205193009-U</i>, <a href="Patents/A magnetic sensor test probe device for metal band internal defect detects.pdf">A magnetic sensor test probe device for metal band internal defect detects</a></li>
<li>23,<i>CN-104515801-A</i>, <a href="Patents/Calibration device for thin strip internal defect detection equipment.pdf">Calibration device for thin strip internal defect detection equipment</a></li>
<li>24,<i>CN-104949983-A</i>, <a href="Patents/Line scanning camera imaging method for object with variable thickness.pdf">Line scanning camera imaging method for object with variable thickness</a></li>
<li>25,<i>CN-106959336-A</i>, <a href="Patents/The ambient noise removal device and method demarcated for Magnetic Flux Leakage Inspecting.pdf">The ambient noise removal device and method demarcated for Magnetic Flux Leakage Inspecting</a></li>
<li>26,<i>CN-106959292-A</i>, <a href="Patents/The quick system for determining precisely imaging scheme is detected for strip defects.pdf">The quick system for determining precisely imaging scheme is detected for strip defects</a></li>
<li>27,<i>CN-201653917-U</i>, <a href="Patents/Camcorder adjustment device for strip image acquisition.pdf">Camcorder adjustment device for strip image acquisition</a></li>
<li>28,<i>CN-104777175-A</i>, <a href="Patents/Imaging method and device used for thermal-state cylindrical long product surface quality visual detection.pdf">Imaging method and device used for thermal-state cylindrical long product surface quality visual detection</a></li>
<li>29,<i>CN-109520440-A</i>, <a href="Patents/The measuring device and method of stretch reducing machine pass.pdf">The measuring device and method of stretch reducing machine pass</a></li>
<li>30,<i>CN-209043462-U</i>, <a href="Patents/Portable monitoring system and thermal imaging system.pdf">Portable monitoring system and thermal imaging system</a></li>
<li>31,<i>CN-205538819-U</i>, <a href="Patents/Thin installing support of taking internal defect check out test set.pdf">Thin installing support of taking internal defect check out test set</a></li>
<li>32,<i>CN-109969227-A</i>, <a href="Patents/Wheel set detecting device, high-speed rail Wheel set detecting device and motor car wheel are to detection device.pdf">Wheel set detecting device, high-speed rail Wheel set detecting device and motor car wheel are to detection device</a></li>
<li>33,<i>CN-104880465-B</i>, <a href="Patents/For the online visible detection method of Varying-thickness sheet material surface quality.pdf">For the online visible detection method of Varying-thickness sheet material surface quality</a></li>
<li>34,<i>CN-101398291-B</i>, <a href="Patents/Band steel tracking imaging vision detection method.pdf">Band steel tracking imaging vision detection method</a></li>
<li>35,<i>CN-104796631-A</i>, <a href="Patents/Surface flattening imaging device and surface flattening imaging method.pdf">Surface flattening imaging device and surface flattening imaging method</a></li>
<li>36,<i>CN-201555811-U</i>, <a href="Patents/Strip side portion pinhole detection blind area control device.pdf">Strip side portion pinhole detection blind area control device</a></li>
<li>37,<i>CN-109443545-A</i>, <a href="Patents/Fault location system and method.pdf">Fault location system and method</a></li>
<li>38,<i>CN-102607453-B</i>, <a href="Patents/Separating imaging method and device of strip steel surface image.pdf">Separating imaging method and device of strip steel surface image</a></li>
<li>39,<i>CN-106970145-A</i>, <a href="Patents/Sensor adjusting method and device of strip steel internal defect detection device.pdf">Sensor adjusting method and device of strip steel internal defect detection device</a></li>
<li>40,<i>CN-108731588-A</i>, <a href="Patents/Device and method for measuring length and diagonal line of machine vision steel plate.pdf">Device and method for measuring length and diagonal line of machine vision steel plate</a></li>
<li>41,<i>CN-105527978-A</i>, <a href="Patents/Device and method for controlling lift-off value.pdf">Device and method for controlling lift-off value</a></li>
<li>42,<i>CN-103453846-A</i>, <a href="Patents/Device and method for detecting strip steel end face shape on line.pdf">Device and method for detecting strip steel end face shape on line</a></li>
<li>43,<i>CN-105445285-A</i>, <a href="Patents/Visual detection device and method for wire rods without tension constraint.pdf">Visual detection device and method for wire rods without tension constraint</a></li>
<li>44,<i>CN-107666569-B</i>, <a href="Patents/The Atomatic focusing method of steel tube surface detection means.pdf">The Atomatic focusing method of steel tube surface detection means</a></li>
<li>45,<i>CN-106990162-A</i>, <a href="Patents/The processing method of strip internal flaw Analysis of Magnetic Flux Leakage Testing Signals.pdf">The processing method of strip internal flaw Analysis of Magnetic Flux Leakage Testing Signals</a></li>
<li>46,<i>CN-211557353-U</i>, <a href="Patents/Elevator part fault detector based on infrared imaging and visible light image fusion.pdf">Elevator part fault detector based on infrared imaging and visible light image fusion</a></li>
<li>47,<i>CN-110095075-B</i>, <a href="Patents/Cylinder diameter measuring device and method.pdf">Cylinder diameter measuring device and method</a></li>
<li>48,<i>CN-110017784-B</i>, <a href="Patents/Online quality inspection device and method for end part of coiled steel coil.pdf">Online quality inspection device and method for end part of coiled steel coil</a></li>
<li>49,<i>CN-107664643-B</i>, <a href="Patents/Split type steel pipe surface detection device.pdf">Split type steel pipe surface detection device</a></li>
<li>50,<i>CN-108620438-B</i>, <a href="Patents/A kind of limiting device and its limit method for steel tube surface detection.pdf">A kind of limiting device and its limit method for steel tube surface detection</a></li>
<li>51,<i>WO-2021218386-A1</i>, <a href="Patents/Two-dimensional and three-dimensional combined imaging detection system and method for surface of continuous casting billet.pdf">Two-dimensional and three-dimensional combined imaging detection system and method for surface of continuous casting billet</a></li>
<li>52,<i>CN-106959300-B</i>, <a href="Patents/Movable calibration system and method for improving strip steel surface length metering precision.pdf">Movable calibration system and method for improving strip steel surface length metering precision</a></li>
<li>53,<i>CN-104021540-B</i>, <a href="Patents/A kind of static demarcating apparatus and method for machine vision surface inspection apparatus.pdf">A kind of static demarcating apparatus and method for machine vision surface inspection apparatus</a></li>
<li>54,<i>CN-203490197-U</i>, <a href="Patents/Calibration roller for ribbon internal defect detecting equipment.pdf">Calibration roller for ribbon internal defect detecting equipment</a></li>
<li>55,<i>CN-105508925-B</i>, <a href="Patents/Super-high-power LED annular oblique illumination light source for wire rod vision-based detection.pdf">Super-high-power LED annular oblique illumination light source for wire rod vision-based detection</a></li>
<li>56,<i>CN-104378543-B</i>, <a href="Patents/Oversampling image synchronizing collecting frame loss restraining method.pdf">Oversampling image synchronizing collecting frame loss restraining method</a></li>
<li>57,<i>CN-110918656-A</i>, <a href="Patents/Strip steel up-and-down shaking amount filtering device and method based on double-line structured light.pdf">Strip steel up-and-down shaking amount filtering device and method based on double-line structured light</a></li>
<li>58,<i>CN-111723787-A</i>, <a href="Patents/Steel pipe branch-based tracking method based on 3D symbol.pdf">Steel pipe branch-based tracking method based on 3D symbol</a></li>
<li>59,<i>CN-201017660-Y</i>, <a href="Patents/Video camera regulating mechanism used for band steel image capturing.pdf">Video camera regulating mechanism used for band steel image capturing</a></li>
<li>60,<i>CN-110069794-A</i>, <a href="Patents/A kind of small billet based on symbol presses branch tracking.pdf">A kind of small billet based on symbol presses branch tracking</a></li>
<li>61,<i>CN-108629755-A</i>, <a href="Patents/A kind of method that polyphaser associated working obtains HD image.pdf">A kind of method that polyphaser associated working obtains HD image</a></li>
<li>62,<i>CN-111371979-A</i>, <a href="Patents/Elevator part fault detector based on infrared imaging and visible light image fusion.pdf">Elevator part fault detector based on infrared imaging and visible light image fusion</a></li>
<li>63,<i>CN-106990163-A</i>, <a href="Patents/Detection circuit and system for Inner Defect Testing.pdf">Detection circuit and system for Inner Defect Testing</a></li>
<li>64,<i>CN-106970144-A</i>, <a href="Patents/Strip Inner Defect Testing signal processing circuit and method.pdf">Strip Inner Defect Testing signal processing circuit and method</a></li>
<li>65,<i>CN-207998292-U</i>, <a href="Patents/Fetching device, high ferro wheel shaft fixture and motor turning frame wheel pair fixture.pdf">Fetching device, high ferro wheel shaft fixture and motor turning frame wheel pair fixture</a></li>
<li>66,<i>CN-203778969-U</i>, <a href="Patents/Strip steel side part burr removing device.pdf">Strip steel side part burr removing device</a></li>
<li>67,<i>CN202211132897.4</i>，<a href="Patents/Method, apparatus, terminal and medium for grading spangle based on machine vision.pdf">Method, apparatus, terminal and medium for grading spangle based on machine vision</a></li>
</ul>
<h2>学位论文</h2>
<h4>2003年</h4>
<ul>
<li>管道检测机器人系统设计， 本科学位论文</li>
</ul>
<h4>2005年</h4>
<ul>
<li><a href="Papers/Application of glue-robot vision system.pdf">涂胶机器人视觉系统的应用研究</a>， 硕士学位论文</li>
</ul>
<h2>学术论文</h2>
<h4>2005年</h4>
<ul>
<li>唐德威, <strong>宗德祥</strong>, 邓宗全，张涛. <a href="Papers/The Structural Design for Internal Diameter of The Pipeline Measured Robot.pdf">管道内径在线检测机器人的结构设计</a><i>[J]. 林业机械与木工设备</i>, 33(2),2005.</li>
</ul>
<h4>2006年</h4>
<ul>
<li>唐德威, <strong>宗德祥</strong>, 邓宗全，李明章. <a href="Papers/On Application of Glue-robot Vision System.pdf">涂胶机器人视觉系统的应用研究</a><i>[J]. 机器人</i>, 28(1),2006.</li>
</ul>
<h4>2007年</h4>
<ul>
<li><strong>宗德祥</strong>，何永辉，王康健，石桂芬. <a href="Papers/Fast binary conversion method for low-contrast and small-area models.pdf">基于低对比度和小区域模型的快速二值化方法</a><i>[J], 宝钢技术</i>, 1, 2007</li>
<li>何永辉，黄胜标，彭铁根，<strong>宗德祥</strong>，石桂芬，盛君龙. <a href="Papers/Research and practice of steel strip surface inspection system in Baosteel.pdf">带钢表面质量检测技术研究与实践</a><i>，中国仪器仪表学会学术年会——智能检测控制技术及仪表装置发展研讨会</i>，2008.（会议论文）</li>
</ul>
<h4>2008年</h4>
<ul>
<li>彭铁根，何永辉，<strong>宗德祥</strong>，盛君龙. <a href="Papers/Research on algorithm of grey scale compensation for steel strip images.pdf">带钢图像灰度补偿算法研究</a><i>[J], 宝钢技术</i>, 3, 2008 .</i></li>
<li>彭铁根，何永辉，<strong>宗德祥</strong>，盛君龙. <a href="Papers/Segmentation of low contrast defect images for steel strip based on scan lines.pdf">基于扫描线的带钢低对比度缺陷图像分割技术</a><i>[J], 宝钢技术</i>, 5, 2008 .</i></li>
</ul>
<h4>2012年</h4>
<ul>
<li>梁爽，何永辉，杨水山，彭铁根，<strong>宗德祥</strong>. <a href="Papers/Protection analysis and application of on-line surface defect inspection equipment for strip steel.pdf">带钢表面缺陷在线检测设备的防护分析与应用</a><i>[J], 世界钢铁</i>, 2, 2012 .</li>
<li>何永辉，彭铁根，<strong>宗德祥</strong>，梁爽. <a href="Papers/Research and application of on-line surface inspection system for hot-rolled steel strips in Baosteel.pdf">宝钢热轧带钢表面质量在线检测系统研发及应用</a><i>,钢材质量控制技术——形状、性能、尺寸精度、表面质量控制与改善学术研讨会文集</i>，2012.（会议论文）</li>
</ul>
<h4>2013年</h4>
<ul>
<li><strong>宗德祥</strong>,何永辉，彭铁根 . <a href="Papers/Diamond plate surface’s water mark removal method by run-length labeling.pdf">基于游长标记的花纹板表面水痕去除方法</a><i>[J], 世界钢铁</i>, 2013(5) .</i></li>
<li><strong>Dexiang Zong</strong>,Yonghui He. <a href="Papers/An FPGA-based real-time image processing system.pdf">An FPGA-based real-time image processing system</a>,<i>International Surface Inspaction Summit.USA,2013.</i></li>
<li>Liang Shuang,He Yonghui,<strong>Dexiang Zong</strong>. <a href="Papers/A conoscopic holography-based 3D measurement system for analyzing defects in steel plate surface.pdf">A conoscopic holography-based 3D measurement system for analyzing defects in steel plate surface</a><i>[J],Baosteel Technical Research</i>,Volime 7,Number 4,December 2013,Page 11.</li>
</ul>
<h4>2014年</h4>
<ul>
<li><strong>宗德祥</strong>，何永辉，张林鹏，彭铁根. <a href="Papers/Plate edge crack detection method based on morphological filter.pdf">基于形态学滤波的中厚板边部裂纹检测方法</a><i>[J],宝钢技术</i>, 2014(3):30-34 .</li>
<li><strong>宗德祥</strong>，何永辉，杨水山. <a href="Papers/A method for calibrating uniform of multiple CCD imaging.pdf">多线扫描相机系统一致性成像方法研究</a><i>[J],宝钢技术</i>, 2014(1):35-39 .</li>
<li>彭铁根，何永辉，李兵虎，杨水山，<strong>宗德祥</strong>. <a href="Papers/Research and development of tin steel strip surface online inspection system based on TDI imaging technology.pdf">基于TDI成像技术的镀锡带钢表面质量在线检测系统研发</a><i>[J],红外与激光工程</i>, 2014(1):294-299 .</li>
</ul>
<h4>2015年</h4>
<ul>
<li><strong>Dexiang Zong</strong>, Yun Zhang, Yonghui He, Yonghong Song, Yuehu Liu. <a href="Papers/Steel defect classification using transfer learning.pdf">Steel defect classification using transfer learning</a><i>,International Workshop on Vision, Communications and Circuits（IWVCC’15）</i>.</li>
</ul>
<h4>2021年</h4>
<ul>
<li><strong>宗德祥</strong>, 蒋渝, 何永辉. <a href="Papers/Research on classification algorithm of strip surface defects based on ensemble learning algorithm.pdf">基于集成学习算法的带钢表面缺陷分类算法研究</a><i>[J],宝钢技术</i>,2021.</li>
<li><strong>Dexiang Zong</strong>, Guifen Shi, Yonghui He. <a href="Papers/Handwritten billet number recognition algorithm based on edge extraction.pdf">Handwritten billet number recognition algorithm based on edge extraction</a><i>[J],Baosteel Technical Research</i>,2021.</li>
</ul>
<h4>2022年</h4>
<ul>
<li>马海能, <strong>宗德祥</strong>,武颖娜, 杨锐. <a href="Papers/Automatically Recognizing and Grading Spangle on the Galvanized Steels Surface Based on Convolutional Neural Network.pdf">Automatically Recognizing and Grading Spangle on the Galvanized Steels Surface Based on Convolutional Neural Network</a><i>[J],Materials Today Communications</i>,2023,34</li>
</ul>
<br />
<h2>专利</h2>
<ul>
<li>1，<i>专利号:CN-102162795-B</i>，<a href="Patents/Method for comprehensive on-line detection of defects of band steel.pdf">一种全方位在线检测带钢缺陷的方法</a></li>
<li>2，<i>专利号:CN-106979766-B</i>，<a href="Patents/The measuring device and method of pole material parameter.pdf">圆棒材参数的测量装置及方法</a></li>
<li>3，<i>专利号:CN-104101600-B</i>，<a href="Patents/Cross Section of CC Billet testing of small cracks method.pdf">连铸坯断面微小裂纹检测方法</a></li>
<li>4，<i>专利号:CN-101419177-B</i>，<a href="Patents/Method for demarcating multi line scan video cameras.pdf">一种用于多台线扫描摄像机标定的方法</a></li>
<li>5，<i>专利号:CN-105136804-B</i>，<a href="Patents/The acquisition of high-speed band steel surface image and image processing apparatus and method.pdf">高速带钢表面图像采集及图像处理装置和方法</a></li>
<li>6，<i>专利号:CN-103139483-B</i>，<a href="Patents/The light source stroboscopic control method of the even imaging of TDI CCD in a kind of non-uniform movement situation.pdf">一种非匀速运动情况下tdi ccd均匀成像的光源频闪控制方法</a></li>
<li>7，<i>专利号:CN-101349652-A</i>，<a href="Patents/Detection imaging method and apparatus of strip surface flaw.pdf">带材表面缺陷检测成像方法及装置</a></li>
<li>8，<i>专利号:CN-104101603-B</i>，<a href="Patents/Steel strip surface defect detection method.pdf">带钢表面缺陷检测方法</a></li>
<li>9，<i>专利号:CN-207997871-U</i>，<a href="Patents/Wheel set detecting device, high ferro Wheel set detecting device and motor car wheel are to detection device.pdf">轮对检测装置、高铁轮对检测装置与动车轮对检测装置</a></li>
<li>10，<i>专利号:CN-104113946-A</i>，<a href="Patents/light source illuminance adaptive control device and light source illuminance adaptive control method.pdf">光源照度自适应控制装置及方法</a></li>
<li>11，<i>专利号:CN-203178204-U</i>，<a href="Patents/Adjusting device of imaging detection device.pdf">一种成像检测装置的调整装置</a></li>
<li>12，<i>专利号:CN-107292931-A</i>，<a href="Patents/The line scan camera detected for strip surface, which is turned back, is imaged calibration system and method.pdf">用于带材表面检测的线扫描相机折返成像标定系统及方法</a></li>
<li>13，<i>专利号:CN-109945976-A</i>，<a href="Patents/Binocular imaging detection device and detection method.pdf">双目成像检测装置及检测方法</a></li>
<li>14，<i>专利号:CN-109839067-A</i>，<a href="Patents/Plate size measuring device and method.pdf">钢板尺寸测量装置及方法</a></li>
<li>15，<i>专利号:CN-104101604-A</i>，<a href="Patents/Test bench for off-line detection on surface of continuous casting slab.pdf">用于连铸坯表面离线检测的试验台</a></li>
<li>16，<i>专利号:CN-107664483-B</i>，<a href="Patents/A kind of cylinder bar shape parameter measurement method.pdf">一种圆柱棒材形状参数测量方法</a></li>
<li>17，<i>专利号:CN-103376093-A</i>，<a href="Patents/Method and device for imaging non-uniform velocity moving object by TDI (Time Delayed Integration) CCD (Charge Coupled Device).pdf">用于tdi ccd相机对非匀速运动对象的成像方法和装置</a></li>
<li>18，<i>专利号:CN-111721229-A</i>，<a href="Patents/Wire section shape defect detection system and detection method thereof.pdf">一种线材截面形状缺陷检测系统及其检测方法</a></li>
<li>19，<i>专利号:CN-107869957-B</i>，<a href="Patents/Imaging system-based cylindrical section size measuring device and method.pdf">一种基于成像系统的圆柱截面尺寸测量装置和方法</a></li>
<li>20，<i>专利号:CN-104915716-B</i>，<a href="Patents/The uniform optimization method of the illumination LED array light source detected for belt steel surface.pdf">用于带钢表面检测的照明led阵列光源的均匀优化方法</a></li>
<li>21，<i>专利号:CN-202427736-U</i>，<a href="Patents/Device for cleaning emulsion stains on surface of strip steel.pdf">一种带钢表面乳化液斑清除装置</a></li>
<li>22，<i>专利号:CN-205193009-U</i>，<a href="Patents/A magnetic sensor test probe device for metal band internal defect detects.pdf">用于金属带材内部缺陷检测的磁敏传感器检测探头装置</a></li>
<li>23，<i>专利号:CN-104515801-A</i>，<a href="Patents/Calibration device for thin strip internal defect detection equipment.pdf">用于薄带内部缺陷检测设备的标定装置</a></li>
<li>24，<i>专利号:CN-104949983-A</i>，<a href="Patents/Line scanning camera imaging method for object with variable thickness.pdf">物体厚度变化的线扫描相机成像方法</a></li>
<li>25，<i>专利号:CN-106959336-A</i>，<a href="Patents/The ambient noise removal device and method demarcated for Magnetic Flux Leakage Inspecting.pdf">用于漏磁检测标定的背景噪声去除装置及方法</a></li>
<li>26，<i>专利号:CN-106959292-A</i>，<a href="Patents/The quick system for determining precisely imaging scheme is detected for strip defects.pdf">用于带材缺陷检测快速确定精准成像方案的系统</a></li>
<li>27，<i>专利号:CN-201653917-U</i>，<a href="Patents/Camcorder adjustment device for strip image acquisition.pdf">用于带钢图象采集的摄象机调整装置</a></li>
<li>28，<i>专利号:CN-104777175-A</i>，<a href="Patents/Imaging method and device used for thermal-state cylindrical long product surface quality visual detection.pdf">热态圆柱形长材表面质量视觉检测的成像方法和装置</a></li>
<li>29，<i>专利号:CN-109520440-A</i>，<a href="Patents/The measuring device and method of stretch reducing machine pass.pdf">张减机孔型的测量装置及方法</a></li>
<li>30，<i>专利号:CN-209043462-U</i>，<a href="Patents/Portable monitoring system and thermal imaging system.pdf">便携式监测系统和热像仪</a></li>
<li>31，<i>专利号:CN-205538819-U</i>，<a href="Patents/Thin installing support of taking internal defect check out test set.pdf">一种薄带内部缺陷检测设备的安装支架</a></li>
<li>32，<i>专利号:CN-109969227-A</i>，<a href="Patents/Wheel set detecting device, high-speed rail Wheel set detecting device and motor car wheel are to detection device.pdf">轮对检测装置、高铁轮对检测装置与动车轮对检测装置</a></li>
<li>33，<i>专利号:CN-104880465-B</i>，<a href="Patents/For the online visible detection method of Varying-thickness sheet material surface quality.pdf">用于变厚度板材表面质量在线视觉检测方法</a></li>
<li>34，<i>专利号:CN-101398291-B</i>，<a href="Patents/Band steel tracking imaging vision detection method.pdf">带钢随动成像视觉检测方法</a></li>
<li>35，<i>专利号:CN-104796631-A</i>，<a href="Patents/Surface flattening imaging device and surface flattening imaging method.pdf">一种曲面展开成像装置及方法</a></li>
<li>36，<i>专利号:CN-201555811-U</i>，<a href="Patents/Strip side portion pinhole detection blind area control device.pdf">一种带材边部针孔检测盲区控制装置</a></li>
<li>37，<i>专利号:CN-109443545-A</i>，<a href="Patents/Fault location system and method.pdf">故障定位系统和方法</a></li>
<li>38，<i>专利号:CN-102607453-B</i>，<a href="Patents/Steel strip surface defect detection method.pdf">带钢表面图像分离成像方法及装置</a></li>
<li>39，<i>专利号:CN-106970145-A</i>，<a href="Patents/Sensor adjusting method and device of strip steel internal defect detection device.pdf">带钢内部缺陷检测装置的传感器调节方法及装置</a></li>
<li>40，<i>专利号:CN-108731588-A</i>，<a href="Patents/Device and method for measuring length and diagonal line of machine vision steel plate.pdf">一种机器视觉钢板长度及对角线测量装置及方法</a></li>
<li>41，<i>专利号:CN-105527978-A</i>，<a href="Patents/Device and method for controlling lift-off value.pdf">提离值控制装置及控制方法</a></li>
<li>42，<i>专利号:CN-103453846-A</i>，<a href="Patents/Device and method for detecting strip steel end face shape on line.pdf">一种用于在线检测带钢端面形貌的装置及方法</a></li>
<li>43，<i>专利号:CN-105445285-A</i>，<a href="Patents/Visual detection device and method for wire rods without tension constraint.pdf">用于无张力约束下线材视觉检测装置及方法</a></li>
<li>44，<i>专利号:CN-107666569-B</i>，<a href="Patents/The Atomatic focusing method of steel tube surface detection means.pdf">钢管表面检测装置的自动对焦方法</a></li>
<li>45，<i>专利号:CN-106990162-A</i>，<a href="Patents/The processing method of strip internal flaw Analysis of Magnetic Flux Leakage Testing Signals.pdf">带钢内部缺陷漏磁检测信号的处理方法</a></li>
<li>46，<i>专利号:CN-211557353-U</i>，<a href="Patents/Elevator part fault detector based on infrared imaging and visible light image fusion.pdf">基于红外成像与可见光图像融合的电梯部件故障检测仪</a></li>
<li>47，<i>专利号:CN-110095075-B</i>，<a href="Patents/Cylinder diameter measuring device and method.pdf">圆柱直径测量装置及方法</a></li>
<li>48，<i>专利号:CN-110017784-B</i>，<a href="Patents/Online quality inspection device and method for end part of coiled steel coil.pdf">一种卷曲钢卷端部在线质检装置和方法</a></li>
<li>49，<i>专利号:CN-107664643-B</i>，<a href="Patents/Split type steel pipe surface detection device.pdf">一种分体式钢管表面检测装置</a></li>
<li>50，<i>专利号:CN-108620438-B</i>，<a href="Patents/A kind of limiting device and its limit method for steel tube surface detection.pdf">一种用于钢管表面检测的限位装置及其限位方法</a></li>
<li>51，<i>专利号:WO-2021218386-A1</i>，<a href="Patents/Two-dimensional and three-dimensional combined imaging detection system and method for surface of continuous casting billet.pdf">一种连铸坯表面二维三维组合成像检测系统及其方法</a></li>
<li>52，<i>专利号:CN-106959300-B</i>，<a href="Patents/Movable calibration system and method for improving strip steel surface length metering precision.pdf">用于提高带钢表面计长精度的可移动式标定系统及方法</a></li>
<li>53，<i>专利号:CN-104021540-B</i>，<a href="Patents/A kind of static demarcating apparatus and method for machine vision surface inspection apparatus.pdf">一种用于机器视觉表面检测设备的静态标定装置和方法</a></li>
<li>54，<i>专利号:CN-203490197-U</i>，<a href="Patents/Calibration roller for ribbon internal defect detecting equipment.pdf">用于薄带内部缺陷检测设备的标定辊</a></li>
<li>55，<i>专利号:CN-105508925-B</i>，<a href="Patents/Super-high-power LED annular oblique illumination light source for wire rod vision-based detection.pdf">用于线材视觉检测的超大功率led环形倾斜照明光源</a></li>
<li>56，<i>专利号:CN-104378543-B</i>，<a href="Patents/Oversampling image synchronizing collecting frame loss restraining method.pdf">过采样图像同步采集抑制丢帧方法</a></li>
<li>57，<i>专利号:CN-110918656-A</i>，<a href="Patents/Strip steel up-and-down shaking amount filtering device and method based on double-line structured light.pdf">一种基于双线结构光的带钢上下晃动量过滤装置及方法</a></li>
<li>58，<i>专利号:CN-111723787-A</i>，<a href="Patents/Steel pipe branch-based tracking method based on 3D symbol.pdf">一种基于3d符号的钢管按支跟踪方法</a></li>
<li>59，<i>专利号:CN-201017660-Y</i>，<a href="Patents/Video camera regulating mechanism used for band steel image capturing.pdf">用于带钢图象采集的摄像机调节装置</a></li>
<li>60，<i>专利号:CN-110069794-A</i>，<a href="Patents/A kind of small billet based on symbol presses branch tracking.pdf">一种基于符号的小方坯按支跟踪方法</a></li>
<li>61，<i>专利号:CN-108629755-A</i>，<a href="Patents/A kind of method that polyphaser associated working obtains HD image.pdf">一种多相机联合工作获得高清晰图像的方法</a></li>
<li>62，<i>专利号:CN-111371979-A</i>，<a href="Patents/Elevator part fault detector based on infrared imaging and visible light image fusion.pdf">基于红外成像与可见光图像融合的电梯部件故障检测仪</a></li>
<li>63，<i>专利号:CN-106990163-A</i>，<a href="Patents/Detection circuit and system for Inner Defect Testing.pdf">用于内部缺陷检测的检测电路及系统</a></li>
<li>64，<i>专利号:CN-106970144-A</i>，<a href="Patents/Strip Inner Defect Testing signal processing circuit and method.pdf">带钢内部缺陷检测信号处理电路及方法</a></li>
<li>65，<i>专利号:CN-207998292-U</i>，<a href="Patents/Fetching device, high ferro wheel shaft fixture and motor turning frame wheel pair fixture.pdf">取放装置、高铁轮轴的夹具与汽车转向架轮对的夹具</a></li>
<li>66，<i>专利号:CN-203778969-U</i>，<a href="Patents/Strip steel side part burr removing device.pdf">一种带钢边部毛刺去除装置</a></li>
<li>67，<i>专利号:CN202211132897.4</i>，<a href="Patents/Method, apparatus, terminal and medium for grading spangle based on machine vision.pdf">基于机器视觉的锌花评级方法、装置、终端及介质</a></li>
</ul>
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