Jane Shin
Papers
2
Total Citations
8
H-Index
2
About
Dr. Jane Shin is a pioneering researcher in cyber-physical systems and human-autonomous systems collaboration, with a focus on developing testbeds and platforms that bridge the gap between simulation and real-world deployment. Her major contributions include the creation of **RealTHASC**, a cutting-edge cyber-physical extended reality (XR) testbed that enables AI-supported real-time human-robot teaming in complex environments, addressing the critical challenge of validating perception and decision-making algorithms “in the wild.” This work, already garnering 5 citations since 2023, provides researchers with unprecedented ground-truth data for robust experimentation. Additionally, Dr. Shin developed **Modularis**, a modular, affordable underwater robot platform that dramatically reduces the cost and time required for autonomous systems validation in challenging aquatic domains. By offering customizable payload flexibility, Modularis empowers rapid prototyping and field demonstrations, earning 3 citations in its first year. Dr. Shin’s work is notable for democratizing access to advanced robotics research tools, enabling students and labs with limited resources to contribute to human-robot teaming and autonomous underwater systems. Her innovative platforms are shaping the future of safe, scalable, and collaborative autonomous technologies.
Research Focus
Key Achievements
Top Papers
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- 2