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Schröder, Matthias: Articulation estimation and real-time tracking of human hand motions. 2015
Inhalt
Abstract
Introduction
Hand modeling and tracking
Hand modeling
Hand tracking
Marker-based motion capture
Related work
Motion reconstruction
Kinematic hand model
Inverse kinematics
Subspace prior
Reduced marker layouts
Numerical stability
Geometric feasibility
Layout optimization
Objective function
Marker PSO
Results
Discussion
Data-driven visual tracking
Related work
Color glove hand tracking
Color-labeled point cloud
Database lookup
6D pose estimation
Results
Posture and pose estimation
Database matching cascades
Point cloud subsampling
Application
Discussion
Constrained inverse kinematics
Related work
Inverse kinematics hand tracking
Inverse kinematics
Hand tracking process
Principal component analysis
Principal component space
Hierarchical optimization
Online adaptive PCA model
Corrective matrix computation
Tracking in adaptive space
Learning a synergistic model
Results
Hand posture PCA results
Evaluation with synthetic data
Adaptive PCA model
Non-adaptive PCA and refinement
Real-time hand tracking
Discussion
Regularized articulated registration
Related work
Articulated ICP hand tracking
Energy optimization
Fitting Energies
Prior Energies
Optimization implementation
Jacobian matrices
Approximation using linearized functions
Approximation using linearized 2 distance
Projective vs. subspace PCA
Non-linear least squares optimization
CPU/GPU optimization
Results
Discussion
Conclusion
Bibliography