An automatic MEG low-frequency source imaging approach for detecting injuries in mild and moderate TBI patients with blast and non-blast causes.
Mingxiong HuangSharon L. NicholsAshley RobbAnnemarie AngelesAngela DrakeMartin HollandSarah AsmussenJohn D'AndreaWon ChunMichael LevyLi CuiTao SongDewleen G. BakerPaul HammerRobert N. McLayRebecca J. TheilmannRaul CoimbraMithun DiwakarCynthia BoydJohn NeffThomas T. LiuJennifer Webb-MurphyRoxanna FarinpourCatherine CheungDeborah L. HarringtonDavid HeisterRoland R. LeePublished in: NeuroImage (2012)
Keyphrases
- low frequency
- traumatic brain injury
- high frequency
- high resolution
- ct images
- vital signs
- frequency domain
- healthy controls
- wavelet transform
- electromagnetic fields
- frequency band
- medical imaging
- image analysis
- wavelet coefficients
- original images
- computer vision
- discrete wavelet transform
- subband
- medical images
- independent component analysis
- image processing
- medical data
- dct coefficients
- brain imaging
- high frequency components
- fusion rules