Self-paced movements induce high-frequency gamma oscillations in primary motor cortex.
Douglas O. CheyneSonya BellsPaul FerrariWilliam GaetzAndreea C. BostanPublished in: NeuroImage (2008)
Keyphrases
- high frequency
- low frequency
- smooth pursuit
- visual quality
- high resolution
- wavelet transform
- wavelet coefficients
- high frequencies
- subband
- human brain
- wavelet decomposition
- motor skills
- frequency band
- frequency domain
- discrete wavelet transform
- low pass
- high frequency components
- low and high frequency
- wavelet domain
- visual cortex
- multi resolution analysis
- image sequences
- multiresolution
- feature vectors
- prefrontal cortex
- machine learning