Representing high-dimensional data to intelligent prostheses and other wearable assistive robots: A first comparison of tile coding and selective Kanerva coding.
Jaden B. TravnikPatrick M. PilarskiPublished in: ICORR (2017)
Keyphrases
- high dimensional data
- function approximation
- high dimensional
- low dimensional
- dimensionality reduction
- nearest neighbor
- subspace clustering
- data analysis
- data sets
- radial basis function
- reinforcement learning
- human computer interaction
- data points
- receptive fields
- clustering high dimensional data
- learning tasks
- input space
- mobile robot
- neural network
- k nearest neighbor
- higher order
- knn
- hyperplane
- feature space
- humanoid robot
- pattern recognition
- multi agent