Research Scope
Musculoskeletal Dynamics Simulation
Musculoskeletal knee model and dynamics simulation
Musculoskeletal multi-segment foot model
Joint contact force estimation
Best surgical parameters for knee and foot osteotomy surgeries
Inverse dynamics optimization to understand forces and tensions in soft tissues
Forward dynamics optimization to predict and prevent joint injuries
Interaction between human body and wearable machines
Skeletal imaging and Motion Analysis
Natural skeletal kinematics of the foot and ankle joints during walking
Foot and ankle kinematics of patients with flatfoot
Changes of foot kinematics with different shoe types
Effect of knee arthroplasty design on knee kinematics
Natural knee kinematics during daily activities
Mobile robotic X-ray imaging system for dynamic skeletal imaging
Deep learning-based bone model to X-ray image (3D-to-2D) registration
Dynamics of human walking (GAIT)
Person identification using gait characteristics
Pattern of gait variation according to environments
Motion prediction for a given environment
Neuronal control of musculoskeletal system during walking
Deep learning-based pathological gait pattern analysis