ICOECAI 2026

2026 2nd International Conference on Electrical,Control and Artificial Intelligence (ICOECAI 2026) Successfully Concluded

On October 24, 2026, the 2026 2nd International Conference on Electrical, Control and Artificial Intelligence (ICOECAI 2026) successfully concluded in Guangzhou. The conference was hosted by Guangdong University of Technology and organized by the School of Computer Science of Guangdong University of Technology, with support from Hanshan Normal University, the School of Big Data and Artificial Intelligence of Guangdong University of Finance, and the School of Mechanical Engineering of Anhui University of Technology. The conference brought together experts and scholars from domestic and overseas universities, research institutes, and industry, who engaged in in-depth exchanges on frontier theories and technological applications in electrical engineering, control science, and artificial intelligence.

2026年10月24日,第二届电气、控制与人工智能国际学术会议(ICOECAI 2026)在广州圆满落幕。本次会议由广东工业大学主办,广东工业大学计算机学院承办,韩山师范学院、广东金融学院大数据与人工智能学院、安徽工业大学机械工程学院共同支持。会议汇聚了来自国内外高校、科研院所和产业界的专家学者,围绕电气工程、控制科学与人工智能领域的前沿理论与技术应用展开了深入交流。

会议现场 · Conference Venue
01
开幕式
Opening Ceremony

On the morning of October 24, the conference officially opened. Professor Liu Fuchun of Guangdong University of Technology, Chair of the conference, delivered the opening address. On behalf of the conference organizing committee, he extended a warm welcome to the leaders, experts, and representatives present, and introduced the conference’s goals and vision in promoting interdisciplinary dialogue and substantive cooperation.

10月24日上午,会议正式开幕。大会主席、广东工业大学刘富春教授致开幕辞,代表大会组委会向莅临现场的各位领导、专家和代表表示热烈欢迎,并介绍了会议在促进跨学科对话、推动实质性合作方面的目标与愿景。

大会主席刘富春教授致开幕辞 · Opening Address by Prof. Liu Fuchun
02
主讲报告
Keynote Speeches

The conference invited five keynote speakers. Their presentations covered frontier directions including computational intelligence and smart cities, quantum discrete event systems, UAV modeling and control, microgrid security control, and battery state perception. The academic atmosphere was strong, and discussions were lively.

本次会议共邀请五位主讲嘉宾,报告内容涵盖计算智能与智慧城市、量子离散事件系统、无人机建模与控制、微电网安全控制、电池状态感知等前沿方向,现场学术氛围浓厚,交流讨论热烈。

1
Loi Lei Lai教授 / Professor
大会荣誉主席 · 澳大利亚 DRPT 国际公司
Honorary Chair of the Conference · DRPT International Incorporated, Australia
★ IEEE终身会士(IEEE Life Fellow)、IET会士、国际人工智能科学院院士
IEEE Life Fellow, IET Fellow, Academician of the International Academy of Artificial Intelligence Sciences
报告题目:《用于智慧城市部署的计算智能》
Title: Computational Intelligence for Smart Cities Deployment
His presentation focused on the application of computational intelligence in smart city deployment, covering smart energy, health, mobility, education, and standards development. He introduced international R&D progress in smart energy network control, operation, management, and planning for net-zero emission goals, as well as urban air mobility and mental health monitoring, and discussed the importance of standards development and future directions.
报告围绕计算智能在智慧城市部署中的应用展开,涉及智慧能源、健康、出行、教育及标准制定等领域,介绍了面向净零排放目标的智慧能源网络控制、运行、管理与规划,以及城市空中交通、心理健康监测等方向的国际研发进展,并探讨了标准制定的重要性与未来发展方向。
2
Daowen Qiu教授 / Professor
中山大学 Sun Yat-sen University
★ 中山大学计算机科学系教授、博士生导师,已发表学术论文200余篇
Professor and Doctoral Supervisor, Department of Computer Science, Sun Yat-sen University; author of more than 200 academic papers
报告题目:《量子离散事件系统的监督控制》
Title: Supervisory Control of Quantum Discrete Event Systems
His presentation introduced the basic framework of quantum discrete event systems modeled by quantum finite automata, established supervisory control theorems for quantum discrete event systems, proposed a polynomial-time algorithm for determining controllability conditions, and demonstrated the essential advantages of quantum discrete event systems over classical discrete event systems in terms of state complexity.
报告介绍了以量子有限自动机为建模形式的量子离散事件系统的基本框架,建立了量子离散事件系统的监督控制定理,提出了判定可控性条件的多项式时间算法,并展示了量子离散事件系统在状态复杂性方面相对于经典离散事件系统的本质优势。
3
Wei Liu教授 / Professor
华南理工大学 South China University of Technology
★ 华南理工大学自动化科学与工程学院教授、博士生导师,入选国家“海外高层次引进人才”青年项目
Professor and Doctoral Supervisor, School of Automation Science and Engineering, South China University of Technology; selected for the National "Overseas High-Level Talent Introduction Program" Youth Project
报告题目:《可倾转多旋翼无人机系统的建模与控制》
Title: Modeling and Control of Tilt-Multi-Rotor UAV System
Against the background of low-altitude economy development, his presentation focused on the structural design, dynamic modeling, and position and attitude control of two types of tilt-multi-rotor UAVs. He explained the core advantages of such UAVs in breaking the coupling constraint between translational and rotational motions of conventional fixed multi-rotor UAVs, enhancing control degrees of freedom and maneuverability, and looked ahead to potential future research directions and application scenarios.
报告立足低空经济发展背景,聚焦两类可倾转多旋翼无人机的结构设计、动力学建模和位姿控制问题,阐述了该类无人机突破传统固定多旋翼平移与旋转运动耦合限制、提升控制自由度与机动性的核心优势,并展望了未来的潜在研究方向与应用场景。
4
Chao Deng教授 / Professor
南京邮电大学 Nanjing University of Posts and Telecommunications
★ 国家级青年人才计划入选者、IEEE高级会员
Recipient of the National Young Talent Program, Senior Member of IEEE
报告题目:《面向信息物理微电网系统的协同安全控制研究》
Title: Research on Cooperative Secure Control for Cyber-Physical Microgrid Systems
Focusing on the complex coupling of system faults, communication faults, false data injection, and denial-of-service attacks in cyber-physical microgrid systems, his presentation analyzed cooperative secure control under coupled attacks and faults in complex networked environments, and highlighted key technical pathways for ensuring the secure, stable, and cooperative operation of microgrid systems.
报告针对信息物理微电网系统中系统故障、通信故障以及虚假数据注入、拒绝服务等网络攻击相互耦合的复杂情形,分析了复杂网络环境下攻击与故障耦合条件下的协同安全控制问题,重点介绍了保障微电网系统安全稳定协同运行的关键技术路径。
5
Xiaodong Xu教授 / Professor
中南大学 Central South University
★ 中南大学升华学者、博士生导师、国家高层次青年人才
Sublimation Scholar and Doctoral Supervisor of Central South University, National High-Level Young Talent
报告题目:《自主无人系统中可靠的电池荷电状态感知》
Title: Reliable Battery State of Charge Perception in Autonomous Unmanned Systems
Focusing on the critical role of battery state of charge in mission endurance and operational safety of autonomous unmanned systems, his presentation constructed a reliable battery state of charge perception framework for complex operating conditions, effectively suppressed the influence of measurement noise and model uncertainty, and achieved real-time robust perception of remaining battery capacity, providing state support for energy management of unmanned systems.
报告围绕电池荷电状态对自主无人系统任务续航与运行安全的关键作用,构建了面向复杂工况的可靠电池荷电状态感知框架,有效抑制测量噪声与模型不确定性带来的影响,实现了电池剩余电量的实时鲁棒感知,可为无人系统能量管理提供状态支撑。
03
口头报告及颁奖
Oral Presentations and Awards

The oral presentation session featured five young scholars. Their reports ranged from trustworthy reinforcement learning to low-carbon power dispatching, from topological evolution in clustering algorithms to multimodal power data quality diagnosis, and from supervisory control to the integration of reinforcement learning, covering multiple research hotspots of the conference and demonstrating the active thinking of young scholars in related directions. Awards were also presented for outstanding papers and outstanding oral presentations.

口头报告环节共有五位青年学者报告,从可信强化学习到低碳电力调度,从聚类算法的拓扑演化到多模态电力数据质量诊断,再到监督控制与强化学习的结合,覆盖了本次会议的多个研究热点,展现了青年学者在相关方向上的活跃思考。并为优秀论文奖及优秀口头报告作者进行了颁奖。

优秀口头报告颁奖 · Best Oral Presentation Award
海报展示 · Poster Session
04
闭幕仪式
Closing Ceremony

At this point, all academic sessions of the 2026 2nd International Conference on Electrical, Control and Artificial Intelligence (ICOECAI 2026) were completed. Although the conference has come to an end, exchanges continue beyond the venue. This conference has built a high-level platform for exchange and cooperation among scholars in electrical engineering, control science, and artificial intelligence. We look forward to all experts and scholars using this conference as a bond to maintain contact and deepen cooperation in joint research, talent cultivation, and achievement transformation, and to jointly promote innovative development in related fields. We look forward to meeting you again next year!

至此,第二届电气、控制与人工智能国际学术会议的学术议程全部完成。会议虽告一段落,但交流不止于会场。本届会议为电气工程、控制科学与人工智能领域的学者搭建了高水平的交流与合作平台,期待各位专家学者以此为纽带,在联合研究、人才培养、成果转化等方面继续保持联系、深化合作,共同推动相关领域的创新发展。期待与各位明年再会!

See You Next Year
ICOECAI 2026 · Guangzhou, China · October 24, 2026