Low power compression of EEG signals using JPEG2000.
Garry HigginsBrian McGinleyMartin GlavinEdward JonesPublished in: PervasiveHealth (2010)
Keyphrases
- low power
- eeg signals
- compression algorithm
- image compression
- compression ratio
- power consumption
- lossy compression
- low cost
- high speed
- transform coding
- jpeg images
- lossless compression
- compression scheme
- signal processing
- brain computer interface
- image quality
- bitstream
- image coding
- image transmission
- low bit rate
- compressed images
- low power consumption
- eeg data
- wavelet transform
- discrete cosine transform
- coding method
- coding scheme
- compressed domain
- logic circuits
- real time
- low density parity check
- video compression
- bit rate
- coded images
- multiresolution
- mixed signal
- jpeg compression
- bit plane
- dct coefficients
- extracted features
- feature extraction
- image processing
- power reduction
- computer vision