reduces middle cerebral artery blood velocity variability: Implications for physiological neuroimaging.
Ashley D. HarrisKojiro IdeMarc J. PoulinRichard FraynePublished in: NeuroImage (2006)
Keyphrases
- cerebral blood flow
- functional magnetic resonance imaging
- human brain
- inter subject
- blood flow
- brain imaging
- magnetic resonance images
- blood pressure
- x ray
- optical flow
- computer vision
- software product line
- structured sparse learning
- computational fluid dynamics
- brain activity
- heart rate
- correlation analysis
- patient specific
- velocity field
- brain images
- boundary conditions
- physiological signals
- decision support system
- software engineering
- high dimensional
- fluid flow
- subcortical structures
- data analysis
- genetic algorithm