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Soft Exosuit
Passive Wearable Robots
Energy-Efficient Actuator
A.I. for Robotics
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Soft Exosuit
Passive Exoskeleton
Energy-Efficient Actuator
A.I. for Robotics
Past
People
Professor
Member
Alumni
Project
Ongoing
Past
Publication
International Journal
International Conference
Domestics
Patents
Book/Book Chapters
Board
News
Lab Photo
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Research
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Soft Exosuit
Passive Exoskeleton
Energy-Efficient Actuator
A.I. for Robotics
Past
People
Professor
Member
Alumni
Projects
Ongoing
Past
Publications
International Journal
International Conference
Domestics
Patents
Book/Book Chapters
Board
News
Lab Photo
Research
Assistive and Rehabilitation
Robotics Lab
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Research Scope
Soft Exosuit
Passive Wearable Robots
Energy-Efficient Actuator
A.I. for Robotics
Past
Past
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Haptic Interface
This research present a novel haptic interface, named VirtuaPower,having a high-force display capability and a wideworkspacewith 6 degrees-of-freedom (DOF) position measurementand force display ab..
Humanoid Robot
The design is inspired by the role of bi-articular muscles of human limbs in forceful interaction during walking, which is observed to contribute to contact force control. The structure and actuat..
Redundant Actuation
This paper shows that redundant actuation can reduce the energy consumption of parallel mechanisms, in some cases by a considerable margin. A theoretical analysis for the energy-saving mechanism i..
Climbing Robot
Climbing robots have been widely applied in many industries involving hard to access, dangerous, or hazardous environments to replace human workers. Climbing speed, payload capacity, the ability t..
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