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Development of Mobile Muscle Fatigue Display Based on Muscle Fatigue Scale.

, and . ICCE, page 1-2. IEEE, (2020)

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Walking-Assistance Apparatus as a Next-Generation Vehicle and Movable Neuro-Rehabilitation Training Appliance., , , , , , , and . J. Robotics Mechatronics, 24 (5): 851-865 (2012)Development of Closed-Fitting-Type Walking Assistance Device for Legs with Self-Contained Control System., , , , , , , , and . J. Robotics Mechatronics, 22 (3): 380-390 (2010)Development of a device that combines exercise and entertainment., , and . GCCE, page 432-433. IEEE, (2014)Development of Biofeedback Device-Using Muscle Fatigue Scale., and . LifeTech, page 80-81. IEEE, (2021)Development of an e-board system for dynamic balance training., and . LifeTech, page 140-141. IEEE, (2022)Development of Smart Hydroponics System., , and . GCCE, page 568-569. IEEE, (2023)Estimation of Difficult-to-Ride Areas Based on Wheelchair Body Vibration., , and . GCCE, page 572-573. IEEE, (2023)Development of an e-board for dynamic balance training., and . GCCE, page 419-420. IEEE, (2021)Development of Biofeedback Device for Improvement of Muscle Endurance using Muscle Fatigue Index., and . GCCE, page 941-942. IEEE, (2019)Usability Evaluation of Operating Devices for Electric Wheelchairs., , and . GCCE, page 519-520. IEEE, (2022)