Xianlian Zhou

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• Researchers from New Jersey Institute of Technology Discuss Findings in Technology (Predicting Sit-to-stand Motions With a Deep Reinforcement Learning Based Controller Under Idealized Exoskeleton Assistance)

  Zhou, X.

  8/15/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI and Exoskeletons Team Up to Transform Human Performance on Earth and in Space

  Zhou, X.

  6/15/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI-Controlled Exoskeletons Improve Locomotion and Restore Mobility

  Zhou, X.

  6/14/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI-enabled virtual training could make robotic exoskeletons more common

  Zhou, X.

  6/14/24

  4 items of Media coverage

  Press/Media: Press / Media

• N.C. State: AI-Powered Simulation Training Improves Human Performance in Robotic Exoskeletons

  Zhou, X.

  6/14/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI-powered exoskeleton enhances human locomotion, helps restores mobility

  Zhou, X.

  6/13/24

  2 items of Media coverage

  Press/Media: Press / Media

• AI-Trained Exoskeletons Improve Movement and Save Energy

  Zhou, X.

  6/13/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI-Powered Simulation Training Improves Human Performance in Robotic Exoskeletons

  Zhou, X.

  6/12/24

  3 items of Media coverage

  Press/Media: Press / Media

• AI Magic: Robotic Suits That Help You Run Easier and Faster

  Zhou, X.

  6/12/24

  1 item of Media coverage

  Press/Media: Press / Media

• Artificial intelligence strategy may promise more widespread use of portable, robotic exoskeletons — on earth and in space

  Zhou, X.

  6/12/24

  3 items of Media coverage

  Press/Media: Press / Media

• AI-POWERED EXOSKELETON ENHANCES HUMAN LOCOMOTION, HELPS RESTORES MOBILITY

  Zhou, X.

  6/12/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI-POWERED SIMULATION TRAINING IMPROVES HUMAN PERFORMANCE IN ROBOTIC EXOSKELETONS

  Zhou, X.

  6/12/24

  1 item of Media coverage

  Press/Media: Press / Media

• AI-enabled virtual training could make robotic exoskeletons more common; Simulations can cut down on time-consuming testing typically performed by humans.

  Zhou, X.

  6/1/24

  1 item of Media coverage

  Press/Media: Press / Media

• RT/ ChatGPT designs a robot

  Adamovich, S. & Zhou, X.

  6/29/23

  1 item of Media coverage

  Press/Media: Press / Media

• RESEARCHERS DEVELOP NOVEL SYSTEM USING DEEP REINFORCEMENT LEARNING TO IMPROVE CONTROL OF LOWER LIMB

  Zhou, X.

  6/20/23

  1 item of Media coverage

  Press/Media: Press / Media

• Advanced universal control system may revolutionize lower limb exoskeleton control and optimize user experience

  Zhou, X.

  6/16/23

  2 items of Media coverage

  Press/Media: Press / Media

• Kessler Foundation: Advanced Universal Control System May Revolutionize Lower Limb Exoskeleton Control and Optimize User Experience

  Adamovich, S. & Zhou, X.

  6/15/23

  1 item of Media coverage

  Press/Media: Press / Media

• Findings in the Area of Artificial Neural Networks Reported from North Carolina State University (NC State) (Artificial Neural Network-based Activities Classification, Gait Phase Estimation, and Prediction)

  Zhou, X.

  3/27/23

  1 item of Media coverage

  Press/Media: Press / Media