| 学术会议报道 · CONFERENCE REPORT 第二届智能智造与机电一体化国际学术会议（ICIMM 2026）线上会议圆满落幕 The 2nd International Conference on Intelligent Manufacturing and Mechatronics (ICIMM 2026) Successfully Concluded Its Online Session |
10.23 日期 DATE | 线上 形式 ZOOM | 4 家 支持单位 SUPPORTERS |
2026年10月23日下午，第二届智能智造与机电一体化国际学术会议（2026 2nd International Conference on Intelligent Manufacturing and Mechatronics, ICIMM 2026）线上会议在 Zoom 平台圆满落幕。在全球智能制造与机电一体化技术加速融合的背景下，来自中国科学院电工研究所、西安电子科技大学、天津工业大学等高校和科研院所的专家学者齐聚云端，围绕智能智造与机电一体化的关键技术、应用场景及产业生态展开深入交流。
On the afternoon of October 23, 2026, the 2nd International Conference on Intelligent Manufacturing and Mechatronics (ICIMM 2026) successfully concluded its online session via Zoom. Against the backdrop of accelerating integration between intelligent manufacturing and mechatronics technologies, experts and scholars from universities and research institutions—including the Institute of Electrical Engineering, Chinese Academy of Sciences, Xidian University, and Tiangong University—gathered online to exchange ideas on key technologies, application scenarios, and the industrial ecosystem of intelligent manufacturing and mechatronics.
本次会议得到南昌理工学院、江西省工程师联合会、江西省国际科技交流促进会、江西省海归科创联盟等单位的大力支持。会议聚焦智能制造系统与高性能制造技术、机电系统集成与嵌入式控制等前沿方向，旨在为学术界与产业界搭建高水平的交流与合作平台。
The conference was strongly supported by Nanchang Institute of Technology, the Jiangxi Engineer Association, the Jiangxi International Science and Technology Exchange Promotion Association, and the Jiangxi Overseas Returnees Science and Technology Innovation Alliance. Focusing on frontier directions such as intelligent manufacturing systems, high-performance manufacturing technologies, and mechatronic system integration with embedded control, it aimed to build a high-level platform for academic and industrial exchange and collaboration.
| 支持单位 · SUPPORTERS 南昌理工学院 · 江西省工程师联合会 · 江西省国际科技交流促进会 · 江西省海归科创联盟 Nanchang Institute of Technology · Jiangxi Engineer Association · Jiangxi Int'l S&T Exchange Promotion Assoc. · Jiangxi Overseas Returnees S&T Innovation Alliance |
| ① 开幕式：云端启幕，共话智造 Opening Ceremony |
10月23日下午，会议在 Zoom 线上平台正式开幕。开幕式由大会组委会主持，主持人代表组委会向与会专家学者表示热烈欢迎，并介绍了会议的举办宗旨与核心议题。致辞指出，智能制造与机电一体化正成为推动现代产业变革的核心力量，人工智能、物联网、大数据等技术与制造系统的深度融合，正为制造业提质增效、向智能化跃升注入全新动能。
On the afternoon of October 23, the conference officially opened on the Zoom online platform. The opening ceremony was presided over by the Organizing Committee, whose host extended a warm welcome to all participating experts and scholars and introduced the conference's purpose and core themes. The address noted that intelligent manufacturing and mechatronics are becoming core forces driving modern industrial transformation, and that the deep integration of AI, IoT, and big data with manufacturing systems is injecting new momentum into higher efficiency, quality, and the intelligent upgrading of the industry.
| ② 主旨报告：前沿聚焦，思想激荡 Keynote Speeches |
大会进入主旨报告环节，两位特邀主讲嘉宾依次作专题报告，围绕直线电机驱动控制与半导体装备智能化分享了最新研究成果。
The conference moved into the keynote session, in which two invited keynote speakers shared their latest research on linear motor drive and control, and the intelligentization of semiconductor equipment, respectively.
| 第一位主旨报告嘉宾：徐伟 教授（中国科学院电工研究所） First Keynote Speaker: Prof. Wei Xu (Institute of Electrical Engineering, Chinese Academy of Sciences) IEEE Fellow | IET Fellow | IEEE IES武汉分部主席 徐伟，中国科学院电工研究所研究员、博士生导师，高密度电磁动力与系统全国重点实验室主任，IEEE Fellow、IET Fellow、IEEE IES武汉分部主席。长期从事高密度电机系统研究，原创提出不等幅值向量力法，合理描述了边端效应分布规律及作用机理，显著提升了电机系统牵引力及能效水平。担任5次国际大会主席、国际直线电机大会执委、IEEE TIE/TPEL副编辑等，Google Scholar学术引用1.4万余次（H指数58），入选IEEE Fellow、IET Fellow、中国电工技术学会会士、爱思唯尔中国高被引学者等。 Prof. Wei Xu is a Professor and doctoral supervisor at the Institute of Electrical Engineering, Chinese Academy of Sciences (IEE, CAS), and Director of the State Key Laboratory of High-Density Electromagnetic Power and Systems. An IEEE Fellow, IET Fellow, and Chair of the IEEE IES Wuhan Chapter, he has long been devoted to high-density motor system research. He originally proposed the unequal-amplitude vector force method, systematically characterized end-effect distribution and mechanisms, and significantly improved the traction and energy efficiency of motor systems. He has served as General Chair of five international conferences, committee member of the International Linear Machines Conference, and Associate Editor of IEEE TIE/TPEL, with 14,000+ Google Scholar citations (H-index 58), and is a Fellow of the China Electrotechnical Society and a Clarivate/Elsevier Highly Cited Researcher in China. 报告题目 / TOPIC直线感应电机系统设计与控制最新进展 Most Advances in Design and Control for Linear Induction Machines and Drives 相对旋转感应电机（RIM），直线感应电机（LIM）因电磁力直接驱动，具有体积更小、加减速能力更强、维护成本与运行噪音更低等优势，应用前景广泛。报告首先阐述LIM与RIM的主要差异，详细分析讨论边端效应特征；进而探讨端部效应、大气隙、半槽结构、高温等因素对LIM特性分析与控制策略带来的影响，厘清LIM与RIM的诸多差异；随后围绕提升LIM系统工程效能，介绍精确建模、最小损耗控制、多目标系统优化等创新工作。报告对从事交通运输领域电机与驱动系统相关设计、控制及系统集成的电气、机械及信息科学研究人员与工程师具有重要参考价值，其技术原理亦可延伸至其他工业应用场景。 Compared with rotary induction machines (RIM), linear induction machines (LIM) are directly driven by electromagnetic force, offering smaller size, stronger acceleration and deceleration, lower maintenance cost, and quieter operation, with broad application prospects. The talk first presented the main differences between LIM and RIM with a detailed analysis of end-effect characteristics, then discussed the influence of end effects, large air gaps, semi-slot structures, and high temperature on LIM characteristic analysis and control strategies, and introduced innovative work on precise modeling, minimum-loss control, and multi-objective system optimization for improving LIM system efficiency. The talk provides a valuable reference for electrical, mechanical, and information science researchers and engineers working on the design, control, and system integration of motor drive systems in transportation, and its principles extend to other industrial application scenarios. |
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| 第二位主旨报告嘉宾：常建涛 教授（西安电子科技大学） Second Keynote Speaker: Prof. Jiantao Chang (Xidian University) 陕西省杰出青年科学基金获得者 常建涛，西安电子科技大学教授、博士生导师，陕西省杰出青年科学基金获得者，兼任高性能电子装备机电集成制造全国重点实验室PI、陕西省电子制造质量大数据工程中心主任，中国机械工程学会工业大数据与智能系统分会委员、中国自动化学会技术委员会委员。研究方向聚焦智能制造与数字化转型，涵盖工业AI、大数据与工业数字孪生与智能系统，面向高性能电子装备、集成电路装备、高端数控装备及产线的研发、制造、服役等全周期关键环节开展理论方法探索、技术开发与应用。主持科技部国家重点研发计划、国家自然科学基金面上项目、工信部国家科技重大专项（04）项目、国家工业互联网专项、陕西省科技重大专项等10余项项目，获河南省科技进步二等奖、陕西省计算机学会科技进步一等奖等奖项，发表SCI/EI检索论文30余篇，申请及授权发明专利30余项、软件著作权10余项，参编国家、行业标准4项，担任"十四五"规划教材《工业互联网技术及应用》副主编。 Prof. Jiantao Chang is a Professor and doctoral supervisor at Xidian University, a recipient of the Shaanxi Outstanding Youth Science Foundation, PI of the State Key Laboratory of Mechatronic Integrated Manufacturing for High-Performance Electronic Equipment, and Director of the Shaanxi Engineering Center for Electronic Manufacturing Quality Big Data. His research focuses on intelligent manufacturing and digital transformation, spanning industrial AI, big data, and industrial digital twins and intelligent systems, with theory, technology development, and applications across the full lifecycle of high-performance electronic equipment, integrated-circuit equipment, and high-end CNC equipment. He has led 10+ projects including national key R&D programs, NSFC general projects, and MOST national science and technology major projects, won the Henan Science and Technology Progress Second Prize and the Shaanxi Computer Society Science and Technology Progress First Prize, published 30+ SCI/EI papers, filed 30+ invention patents and 10+ software copyrights, co-authored four national and industry standards, and serves as deputy editor-in-chief of the "14th Five-Year Plan" textbook Industrial Internet Technology and Applications. 报告题目 / TOPIC"仿真+AI"助力半导体装备智能化 The Intelligentization of Semiconductor Equipment Driven by the Convergence of Simulation and Artificial Intelligence |
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| ③ 口头报告：青年之声，创新迸发 Oral Presentation |
主旨报告结束后，大会进行了口头报告环节。来自天津工业大学的报告人 Anxu Ren 作了题为《金属丝自动穿线机金属丝退绕与分离方法研究与应用》的学术报告，展示了面向自动金属丝加工装备的创新方法与工程实践。
After the keynote speeches, the conference proceeded to the oral presentation session. Anxu Ren from Tiangong University delivered a talk entitled "Research and Application of a Metal Wire Unwinding and Separation Method for Automatic Metal Wire Passing Machines," presenting an innovative method and its engineering practice for automatic metal-wire processing equipment.
| 口头报告人：Anxu Ren（天津工业大学 机械工程学院） Oral Presenter: Anxu Ren (School of Mechanical Engineering, Tiangong University, Tianjin, China) 报告题目 / TOPIC 金属丝自动穿线机金属丝退绕与分离方法研究与应用 Research and Application of a Metal Wire Unwinding and Separation Method for Automatic Metal Wire Passing Machines |
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报告内容翔实、观点前沿，从直线电机系统设计到半导体装备智能化，再到金属丝自动穿线装备的工程创新，全方位展现了智能智造与机电一体化领域的多元研究路径与最新进展，引发了线上与会者的热烈讨论与深入交流。
Rich in content and cutting-edge in perspective, the presentations—spanning linear machine system design, the intelligentization of semiconductor equipment, and engineering innovation in automatic wire threading equipment—comprehensively demonstrated the diverse research pathways and latest progress in intelligent manufacturing and mechatronics, sparking enthusiastic discussion among online participants.
| 圆满落幕：以智造之力，铸机电新篇 Successfully Concluded |
随着口头报告的结束，大会全部预定议程顺利完成。会议共同聆听了两位嘉宾的主旨报告与一场口头报告，内容涵盖直线感应电机系统设计与控制、"仿真+AI"驱动的半导体装备智能化、金属丝自动穿线机的退绕与分离方法等方向，既包含前沿理论研究，也结合了丰富的工程实践，充分展现了智能智造与机电一体化融合发展的多元路径与最新进展。
With the conclusion of the oral presentation, all scheduled sessions were successfully completed. The conference featured two keynote speeches and one oral presentation, covering the design and control of linear induction machines, "Simulation + AI"-driven intelligentization of semiconductor equipment, and the unwinding and separation methods for automatic metal wire passing machines—blending frontier research with rich engineering practice, and fully demonstrating the diverse pathways and latest advances in the integrated development of intelligent manufacturing and mechatronics.
组委会谨向所有带来精彩分享的报告嘉宾致以诚挚谢意，感谢各位毫无保留地分享研究成果与实践思考；也感谢每一位参会者的认真聆听与积极参与，感谢各支持单位的统筹组织与大力支持，感谢所有会务工作人员的辛勤付出。学术交流不止于线上的相聚，期待本次会议能为各位后续的科研与实践带来新的启发，也欢迎大家在会后继续保持沟通、深化合作。
On behalf of the Organizing Committee, we extend our sincere gratitude to all speakers for their insightful and generous sharing, and to every participant for their attentive listening and active engagement. Our thanks also go to all supporting institutions for their coordination and strong support, and to all staff for their hard work. Academic exchange extends beyond this online gathering; we hope the conference inspires new ideas for your future research and practice, and we welcome continued communication and deeper collaboration afterward.
云端相聚，智慧同行；以智造之力，铸机电新篇。第二届智能智造与机电一体化国际学术会议（ICIMM 2026）在热烈的学术交流中圆满落幕，期待来年再会！ Gathered in the cloud, advancing intelligent manufacturing together. The 2nd International Conference on Intelligent Manufacturing and Mechatronics (ICIMM 2026) concluded in a vibrant academic atmosphere. We look forward to reuniting next year! ICIMM 2026 组委会 · Organizing Committee |
| 会议信息速览 · Conference at a Glance | |
| 会议名称 | 第二届智能智造与机电一体化国际学术会议（ICIMM 2026） 2026 2nd International Conference on Intelligent Manufacturing and Mechatronics (ICIMM 2026) |
| 会议时间 | 2026年10月23日（周五） Online session: October 23, 2026 (Friday) |
| 形式 | 线上会议（Zoom） Online Conference via Zoom |
| 支持单位 | 南昌理工学院 · 江西省工程师联合会 · 江西省国际科技交流促进会 · 江西省海归科创联盟 Nanchang Institute of Technology · Jiangxi Engineer Association · Jiangxi Int'l S&T Exchange Promotion Association · Jiangxi Overseas Returnees S&T Innovation Alliance |
| 会议官网 | www.ic-imm.org |
| 会议邮箱 | conf_ICIMM@163.com |
| 出版支持 | SAE Technical Papers（EI Compendex / Scopus 收录） Published in SAE Technical Papers, indexed by EI Compendex & Scopus |
| 2026 2nd International Conference on Intelligent Manufacturing and Mechatronics (ICIMM 2026) © Organizing Committee of ICIMM 2026. All Rights Reserved. |