Subvoxel Processing-Based Interpolation Improves Apparent Q-Space Imaging Displacement Resolution

Keywords

accuracy achieve addition adult agree agreement amplitude analogous another apparent applied approximation architecture assessment available axioms axis axon axons best biological blue blurring built calculation clinical close coil coils conditions confidence cords correspondence created custom density determined developed diameter diffusion displace displacement done experimental exploiting feasibility female five full function generally generated gold good gradient grant greater green healthy henry histology ideal ideally identical impractical improves indirect insufficient interfaced interpolate interpolated interpolation interval investigate investigates investigation know known laboratory limitation limitations linear long loss major measured methodology micro minimizing molecular mouse nearest needed neighbor neighboring next offers original partial perpendicular pixel pixels plot plots potential previously principles probability process processed processing published radiology referred regularity repeated required resolution resolutions sample sampled school selected seven short simulate space spanned special specimen specimens spinal squares statistically stimulated strategy structural suggest system systems tissue tract tracts truncating validate validated validity voluming width window zero