ScholarWorks@Korea University College of Medicine: Kim, Seung Jong

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Kim, Seung Jong (김승종)

College of Medicine (Department of Biomedical Engineering)

Research Area: 재활로봇, rehabilitation robot

Tel 02-2286-1457
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electromyography:7||gait:5||kinematics:4||biomechanics:3||rehabilitation:3||gait analysis:2||medical robotics:2||Stroke:2||robotassisted gait training:2||exoskeleton:2||Gait rehabilitation:2||medical signal processing:2||Gait kinematic features:1||Gait patterns:1||Gait training:1||Gaussian process dynamical model:1||Gaussian process regression:1||Hemiplegia:1||Isometric muscle action:1||Isotonic muscle movement:1||Knee osteoarthritis:1||Linear motor:1||Machine learning:1||Magnetic levitation:1||Maturation:1||Motor activity:1||Multielectrode sensing:1||Muscle fatigue:1||Muscle synergy:1||Nuclearmechanotransduction:1||Pelvic movement:1||Pneumatic knee orthosis:1||Poststroke:1||Rehabilitation:1||Simultaneous clustering and classification:1||Tensile force:1||Walking training:1||balance control:1||cardiac cells:1||cardiovascular deconditioning:1||contralateral limb:1||current swing limb:1||electromyogram:1||electromyography (EMG):1||exercise:1||functional electrical stimulation:1||gait intent:1||gait phase:1||gait rehabilitation:1||gravity compensation:1||handsfree crutch:1||hemiparetic stroke patients:1||human activities:1||humanhuman interface:1||hypoxia:1||inertial measurement unit sensor:1||intended gait speed:1||intended gait speed prediction:1||joint kinematics:1||joint movement:1||knee scooter:1||lower limb rehabilitation:1||lowerlimb muscles:1||lowerlimb positions:1||magnetogenetics:1||mechanotransduction:1||muscle module:1||muscle synergy:1||neurological:1||overground gait sessions:1||passive device:1||patient effort:1||patient rehabilitation:1||patientdriven RAGT:1||pelvic movement:1||physical functional performance:1||prediction model:1||regression analysis:1||rehabilitative efficacy:1||robot assistance:1||robot rehabilitation:1||sensors:1||signal processing:1||simple linear regression model:1||slow gait speed:1||soft wearable robot:1||soleus EMG signals:1||soleus surface EMG signals:1||step speed intent:1||surface electromyogram signals:1||swing limb kinematics:1||torsional magnetic stimulation:1||treadmill gait sessions:1||volitional muscle activity:1||wearable robot:1||Bearingless motor:1||work capacity evaluation:1||CIMT:1||Cardiomyocyte:1||Cyclic stretch:1||Detection of muscle activation:1||EMG:1||Electrical impedance:1||Electromyogram:1||Exoskeleton:1||Foot pressure:1||Functional electrical stimulation:1||Gait analysis:1||

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73, Goryeodae-ro, Seongbuk-gu, Seoul, Republic of Korea (02841)82-2-2286-1265

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