报告时间：2026年11月6日（周五），9:30—11:30

报告地点：物流楼506

主 讲 人: Ju H Park

报告摘要：As modern autonomous systems and unmanned vehicles shift toward higher operational autonomy in dynamic environments, achieving full autonomy requires the seamless orchestration of multiple foundational disciplines—most notably advanced control, intelligent perception and vision, resilient power and energy management. None of these elements can operate effectively in isolation; rather, holistic research encompassing all these domains is essential. To this end, this presentation aims to provide an overarching overview of the recent research achievements from the speaker’s laboratory across these interrelated fields, demonstrating practical algorithmic solutions that bridge theoretical guarantees with real-world applicability without immersing the audience in dense mathematical derivations. The presentation systematically covers three primary areas,Robust CPS & Resilient Systems，Adaptive & Learning-Based Control，Perception & Vision-Control Integration. By bridging robust control guarantees with AI-driven perceptual flexibility, this seminar offers actionable insights into designing secure, resilient, and fully autonomous systems of tomorrow.

主讲人简介：

Ju H Park 韩国岭南大学 首席教授

韩国科学院院士

长期从事车船等运载工具智能化控制相关研究。自2015年起连续多年高被引科学家，H-index 118，论文他引次数60000+次。 Nonlinear Dynamics 的领域主编。多个期刊的副主编：IEEE TNNLS,IEEE TC,IEEE IEEE TFS,IEEE TCE等期刊的Accociate Editor。2026年World’s Top 2% Scientists排名: 2,168。多次担任IEEE、IFAC等顶会主席。