Simulating articulated subspace self-contact.
Yun TengMiguel A. OtaduyTheodore KimPublished in: ACM Trans. Graph. (2014)
Keyphrases
- principal component analysis
- low dimensional
- lower dimensional
- subspace clustering
- dimensionality reduction
- high dimensional data
- human body
- principal components
- subspace methods
- principal components analysis
- feature space
- linear subspace
- articulated structures
- human body tracking
- high dimensional
- articulated objects
- feature extraction
- data mining
- hilbert space
- neural network
- clustering high dimensional data
- real time