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About

Zhexin Shi is a rising researcher in multi-agent systems, cooperative control, and secure guidance, whose work bridges theoretical rigor with real-world applications in robotics and autonomous systems. His most impactful contribution addresses the **prescribed-time time-varying output formation tracking (TVOFT)** for heterogeneous multi-agent systems under directed topologies—a critical challenge for coordinated robotics and autonomous transport. This work, garnering 16 citations, provides a framework for achieving formation control within a user-defined time horizon, enhancing predictability and safety in dynamic environments. Shi also pioneers **secure cooperative guidance** for multi-missile systems, integrating security mechanisms into guidance structures to ensure collision avoidance and precise interception with desired attack angles (13 citations). His game-based approach to robust formation tracking with nonautonomous leaders further demonstrates his ability to handle complex, leader-follower dynamics. Beyond theoretical advances, Shi has contributed to practical engineering with an ultrasonic ranging system design, improving cost-efficiency and measurement rates for robot navigation. With a growing citation footprint and a focus on time-critical, secure coordination, Shi is shaping the future of resilient, autonomous multi-agent teams.