Fingerprint Dive into the research topics where Ming-Shaung Ju is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Patient rehabilitation
Muscle
Sensors
Robots
Tissue
Controllers
Torque
Fuzzy control
Actuators
Frequency response
Elastic moduli
Knee prostheses
Neurons
Rats
Electrodes
Pressure sensors
Stiffness
Neural prostheses
Microelectrodes
Atomic force microscopy
Damping
Electroencephalography
Metals
Watersheds
Composite materials
Fuzzy logic
Cell adhesion
Polymers
Finite element method
Mechanical properties
Trajectories
Biomechanics
Self assembled monolayers
Natural frequencies
Fabrication
Infrared radiation
Fibroblasts
Elasticity
Viscoelasticity
Liver
Indentation
Brain computer interface
Pneumatics
Medical problems
Catheters
Substrates
Cells
Thin films
Control theory
Surgery
Medicine & Life Sciences
Stroke
Torque
Elbow Joint
Electroencephalography
Elbow
Upper Extremity
Electric Stimulation
Muscles
Ankle Joint
Forearm
Sciatic Nerve
Thumb
Brain-Computer Interfaces
Joints
Seizures
Electrodes
Neural Prostheses
Rehabilitation
Fuzzy Logic
Elasticity
Diabetic Neuropathies
Tibial Nerve
Knee
Muscle Spindles
Gait
Touch
Architectural Accessibility
etiracetam
Shoulder Joint
Neurons
Peroneal Nerve
Peripheral Nerves
Artifacts
Elastic Modulus
Stretch Reflex
Microelectrodes
Hippocampus
Population Density
Electromyography
Knee Prosthesis
Knee Joint
Ankle
Fourier Analysis
Pronation
Supination
Perfusion
Brain Fornix
Epilepsy
4-Aminopyridine
Rabbits
Chemical Compounds
Sensors
Polymers
Metals
Tissue
Cell adhesion
Stiffness
Composite materials
Nanoindentation
Infrared radiation
Elastic moduli
Catheters
Self assembled monolayers
Thin films
Silicon
Microelectrodes
Actuators
Liver
Cells
Pneumatics
Substrates
Mechanical properties
Atomic force microscopy
Pressure sensors
Knee prostheses
Wire
Fabrication
Indentation
Neurons
Germanium
Surgery
Muscle
Capacitive sensors
Amplitude modulation
Electrodes
Controllers
Calibration
Optical tomography
Elasticity
Chitosan
Fibroblasts
Elongation
Cell membranes
Chemical sensors
Amorphous silicon
Silver
Glass
Patient rehabilitation
Powders
Robots
Topography