A computational model for redundant human three-dimensional pointing movements: Integration of independent spatial and temporal motor plans simplifies movement dynamics

Keyphrases

• Computational Model 100%
• Three-dimensional (3D) 100%
• Pointing Movement 100%
• Motor Planning 100%
• Movement Dynamics 100%
• Movement Integration 100%
• Geodesic Path 75%
• Hand Trajectories 75%
• Movement Speed 50%
• Kinetic Energy 50%
• Geometric Properties 50%
• Speed Profile 50%
• Temporal Properties 50%
• Arm Posture 50%
• Arm Movement 25%
• Geodesics 25%
• Point-to-point Movements 25%
• End-effector 25%
• Emergent Properties 25%
• Planning Levels 25%
• Motor System 25%
• Configuration Space 25%
• Jerk 25%
• Arm Motion 25%
• Speed Dependence 25%
• Four Degrees of Freedom 25%
• Task Space 25%
• Dynamical Space 25%
• 3D Motion 25%
• Spatio-temporal Features 25%
• Spatio-temporal Representation 25%
• Energy Metrics 25%
• Hand-arm 25%
• Arm Dynamics 25%
• Path Properties 25%
• Optimization Principle 25%
• Muscular Effort 25%
• Riemannian Geometry 25%
• Joint Trajectory 25%
• Driving Torque 25%

Mathematics

• Computer Simulation 100%
• Geodesic Path 75%
• Emergent Property 25%
• Peak Value 25%
• Configuration Space 25%
• Riemannian Geometry 25%
• Degree of Freedom 25%
• End Effector 25%