Preston Clouse
Papers
2
Total Citations
6
H-Index
2
About
Preston Clouse is a robotics researcher specializing in wearable assistive technologies, with a focus on joint torque augmentation for gait rehabilitation and mobility enhancement. His work centers on developing robotic exoskeletons that provide targeted support to the ankle and hip joints, enabling natural, unconstrained walking in outdoor environments. Clouse’s major contributions include the design and validation of the Joint Torque Augmentation Robot (JTAR) series, which features unidirectional, compliant actuators to assist ankle gait, and both passive and active mechanisms for hip assistance. These devices are engineered to navigate uneven terrain while preserving nearly full joint range of motion, addressing critical challenges in real-world assistive robotics. Although his citation counts are modest—his most-cited paper, “A Joint Torque Augmentation Robot (JTAR) for Ankle Gait Assistance” (2014), has 4 citations—Clouse’s work represents foundational steps in lightweight, outdoor-capable exoskeleton design. His research bridges the gap between laboratory prototypes and practical, everyday assistive devices, offering insights for future innovations in rehabilitation engineering and human-robot interaction.
Research Focus
Key Achievements
Top Papers
- 1A Joint Torque Augmentation Robot (JTAR) for Ankle Gait Assistance4 citations · 2014
- 2