Nonequilibrium Thermodynamic State Variables of Human Self-Paced Rhythmic Motions: Canonical-Dissipative Approach, Augmented Langevin Equation, and Entropy Maximization.
S. KimJ. M. GordonTill D. FrankPublished in: Open Syst. Inf. Dyn. (2015)
Keyphrases
- state variables
- state space
- dynamic systems
- body movements
- random variables
- optical flow
- mutual information
- motion capture data
- partial least square regression
- dynamic programming
- information theoretic
- information theory
- human walking
- motion recognition
- differential equations
- image sequences
- human motion
- moving objects