Develops analytical Jacobian expressions for kinematic and dynamic quantities including higher-order time derivatives in multi-link systems to improve efficiency in direct and inverse motion optimization.
Pre- dictive inverse kinematics: optimizing future trajec- tory through implicit time integration and future ja- cobian estimation
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Structured Jacobian Construction for Motion Optimization with High-Order Time Derivatives in Multi-Link Systems
Develops analytical Jacobian expressions for kinematic and dynamic quantities including higher-order time derivatives in multi-link systems to improve efficiency in direct and inverse motion optimization.