2026年7月24日至26日，第五届航空航天工程与系统国际研讨会（ISAES 2026）在中国贵阳成功召开。会议由贵州理工学院主办，贵州理工学院航空航天工程学院承办，贵州航天职业技术学院协办支持。
From July 24 to 26, 2026, the 2026 6th International Symposium on Aerospace Engineering and Systems (ISAES 2026) was successfully held in Guiyang, China. The conference was hosted by Guizhou Institute of Technology, organized by the School of Aerospace Engineering of Guizhou Institute of Technology, and supported by Guizhou Aerospace Vocational and Technical College.
大会围绕航空航天工程、飞行器系统设计、智能控制、空间信息处理及系统可靠性等核心领域展开了深入交流，来自全国从事航空航天工程与系统研究领域的专家学者130余人参加会议。
The conference carried out in-depth exchanges around core fields such as aerospace engineering, aircraft system design, intelligent control, space information processing, and system reliability. More than 130 experts and scholars engaged in aerospace engineering and systems research from across the country attended the conference.
贵州理工学院党委常委、副校长李少波教授致欢迎辞，代表组委会及贵州理工学院对所有参会代表表示热烈欢迎，并介绍了学校在航空航天相关学科的建设进展，强调了在贵州这一西南航空航天产业重镇举办此次会议对于促进产学研协同创新的重要意义。
Professor Li Shaobo, member of the Standing Committee of the Party Committee and Vice President of Guizhou Institute of Technology, delivered a welcome speech. On behalf of the organizing committee and Guizhou Institute of Technology, he extended a warm welcome to all participating representatives, introduced the progress of the university in the construction of aerospace-related disciplines, and emphasized the important significance of holding this conference in Guizhou, a key hub of the aerospace industry in Southwest China, for promoting collaborative innovation among industry, universities, and research institutes.
会议由东南大学/贵州理工学院徐佳文教授主持。
The conference was chaired by Professor Xu Jiawen from Southeast University / Guizhou Institute of Technology.
大会邀请上海交通大学战兴群教授（国家级高层次人才、AIAA Associate Fellow）、南京航空航天大学赖际舟教授（国家级高层次人才）、哈尔滨工业大学邱剑彬教授（国家级高层次人才、IEEE Fellow）、西北工业大学Khandaker Noman副教授（国家级青年人才）等四位领域领军专家作大会报告。
The conference invited four leading experts in the field to deliver keynote reports: Professor Zhan Xingqun from Shanghai Jiao Tong University (National-level High-level Talent, AIAA Associate Fellow), Professor Lai Jizhou from Nanjing University of Aeronautics and Astronautics (National-level High-level Talent), Professor Qiu Jianbin from Harbin Institute of Technology (National-level High-level Talent, IEEE Fellow), and Associate Professor Khandaker Noman from Northwestern Polytechnical University (National-level Young Talent).
战兴群教授（上海交通大学） 以“城市峡谷中无人自主系统的精准可信导航”为题，深入探讨了GNSS在复杂城市环境下的完好性监测、多路径效应处理及基于贝叶斯的可信自主导航方法，为自动驾驶和低空飞行器的可靠定位提供了新思路。
Professor Zhan Xingqun (Shanghai Jiao Tong University) gave a presentation titled "Precise and Trustworthy Navigation for Unmanned Autonomous Systems in Urban Canyons," in which he deeply explored GNSS integrity monitoring, multipath effect processing, and Bayesian-based trustworthy autonomous navigation methods in complex urban environments, providing new ideas for reliable positioning of autonomous driving and low-altitude aircraft.
赖际舟教授（南京航空航天大学） 围绕“低空飞行器自主导航与感知关键技术”，分析了低空无人机在GNSS拒止环境下如何利用视觉、激光雷达等多源信息实现自主导航，并讨论了复杂环境下信息冲突与可信融合的挑战。
Professor Lai Jizhou (Nanjing University of Aeronautics and Astronautics) focused on "Key Technologies for Autonomous Navigation and Perception of Low-Altitude Aircraft," analyzing how low-altitude UAVs can use multi-source information such as vision and LiDAR to achieve autonomous navigation in GNSS-denied environments, and discussing the challenges of information conflicts and trustworthy fusion in complex environments.
邱剑彬教授（哈尔滨工业大学） 带来了“航天器轨道威胁智能感知与自主规避”的报告，针对日益拥挤的太空环境，介绍了其团队在构建航天器“感知-决策-控制”在轨闭环自主规避系统方面的研究进展，以应对空间碎片和恶意威胁。
Professor Qiu Jianbin (Harbin Institute of Technology) delivered a report titled "Intelligent Perception and Autonomous Avoidance of Spacecraft Orbital Threats." In response to the increasingly crowded space environment, he introduced his team's research progress in building an on-orbit closed-loop autonomous avoidance system for spacecraft based on "perception-decision-control" to cope with space debris and malicious threats.
Khandaker Noman副教授（西北工业大学） 从健康管理的角度，分享了“熵理论在旋转机械故障预测与健康管理中的应用”，展示了如何利用统计非线性测度来量化设备健康状态的演化，为航空航天关键设备的预测性维护提供了有力工具。
Associate Professor Khandaker Noman (Northwestern Polytechnical University), from the perspective of health management, shared "Application of Entropy Theory in Fault Prediction and Health Management of Rotating Machinery," demonstrating how to use statistical nonlinear measures to quantify the evolution of equipment health status, providing a powerful tool for predictive maintenance of key aerospace equipment.
会议设置分会场特邀报告4场，口头报告23场，并展出海报15张。来自上海航天控制技术研究所、中国科学院自动化研究所、南京航空航天大学、国防科技大学、东南大学、北京理工大学等科研院所和高校的青年学者们围绕卫星星座优化、无人机编队控制、GNSS抗干扰、基于深度学习的遥感变化检测、以及SLAM技术等议题汇报了最新成果。线上分会场同样气氛热烈，多位研究者就星载系统、导航滤波算法及信息安全协议等话题进行了跨地域交流。
The conference featured 4 invited reports in parallel sessions, 23 oral presentations, and 15 posters. Young scholars from research institutes and universities such as Shanghai Institute of Spaceflight Control Technology, Institute of Automation of the Chinese Academy of Sciences, Nanjing University of Aeronautics and Astronautics, National University of Defense Technology, Southeast University, and Beijing Institute of Technology reported their latest achievements on topics including satellite constellation optimization, UAV formation control, GNSS anti-interference, deep learning-based remote sensing change detection, and SLAM technology. The online parallel sessions were also lively, with many researchers conducting cross-regional exchanges on topics such as spaceborne systems, navigation filtering algorithms, and information security protocols.
为激发青年学者创新活力，激励优秀科研成果脱颖而出，大会特设“最佳论文奖”（3名）并在会议期间隆重颁奖，以此嘉奖在航空航天工程与系统研究中表现卓越的学术新星与科研团队。
To stimulate the innovative vitality of young scholars and encourage outstanding research achievements to stand out, the conference specially established the "Best Paper Award" (3 recipients) and held a grand award ceremony during the conference to commend academic rising stars and research teams that demonstrated excellence in aerospace engineering and systems research.
26日，与会代表走进贵州理工学院及多个校级重点实验室，实地了解校园文化建设与实验室发展成果。
On the 26th, participating representatives visited Guizhou Institute of Technology and several university-level key laboratories to learn on site about campus culture construction and laboratory development achievements.
此次研讨会不仅展现了航空航天领域的最新研究动态，也为青年科研人员提供了展示平台，并有效促进了跨学科思维碰撞。贵阳作为中国西南重要的工业基地，其独特的产业基础和地理环境为研讨会的实地考察与未来合作提供了理想条件。与会者一致认为，面对全球航空航天技术的快速发展，加强国际合作与学科交叉融合至关重要。第五届航空航天工程与系统国际研讨会（ISAES 2026）的成功举办，为推动该领域的科技进步与可持续发展注入了新动力。
This symposium not only showcased the latest research trends in the aerospace field, but also provided a display platform for young researchers and effectively promoted interdisciplinary exchange of ideas. As an important industrial base in Southwest China, Guiyang's unique industrial foundation and geographical environment provided ideal conditions for the symposium's on-site visits and future cooperation. Participants unanimously agreed that in the face of the rapid development of global aerospace technology, strengthening international cooperation and interdisciplinary integration is crucial. The successful holding of the 2026 6th International Symposium on Aerospace Engineering and Systems (ISAES 2026) injected new momentum into promoting scientific and technological progress and sustainable development in this field.
