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About

Khai-Long Ho Hoang is a robotics researcher whose work bridges human mobility assistance and high-stakes autonomous systems. He is best known for his contributions to the DARPA Virtual Robotics Challenge, where his team at the Florida Institute for Human and Machine Cognition (IHMC) secured first place. His highly cited paper, "Summary of Team IHMC's Virtual Robotics Challenge Entry" (86 citations), details the team’s integrated approach to controlling a humanoid robot across three demanding tasks: vehicle operation, uneven terrain traversal, and manipulation. This work demonstrated critical advances in real-time robot locomotion and control under simulated disaster-response conditions. Hoang also focuses on assistive robotics for elderly care, as shown in his paper "Optimal design of a physical assistive device to support sit-to-stand motions" (16 citations), part of the MOBOT project. Here, he optimized a robotic device to help elderly users regain independence by safely performing sit-to-stand transfers—a fundamental mobility skill. His research thus spans both cutting-edge humanoid autonomy and practical rehabilitation engineering, reflecting a commitment to making robots capable of assisting humans in the most challenging and the most everyday scenarios.