Huiyang Li

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About

Huiyang Li is a researcher specializing in human-automation interaction, adaptive systems, and collaborative robotics, with a particular focus on the complex challenges of space teleoperation. Their most notable contribution explores the nuanced dynamics of function allocation between humans and automated systems, examining how responsibilities should be distributed to optimize performance and safety in high-stakes environments. Li's work makes a compelling case that neither purely adaptable automation — where users initiate system changes — nor purely adaptive automation — where the system drives adjustments autonomously — is sufficient on its own. Instead, Li advocates for dynamic, context-sensitive hybrid approaches that leverage the strengths of both paradigms. This research carries significant implications for fields ranging from aerospace operations to industrial robotics, where human-machine teaming is critical. While still building a citation profile, with their space teleoperation study accumulating recognition within the human factors and automation community, Li's scholarship addresses increasingly urgent questions as automated systems become more sophisticated and deeply embedded in mission-critical workflows. Their work offers a thoughtful framework for designing collaborative systems that remain responsive to both human judgment and situational demands.