In the neocortex, neurons with similar response properties are often clustered together in
column‐like structures, giving rise to what has become known as functional architecture …

During the last 20 years, optical imaging methods–either alone or in combination with other
recording techniques–has proven a fruitful approach to explore both the physiological and …

Comprehensive information on the spatio-temporal dynamics of the vascular response is
needed to underpin the signals used in hemodynamics-based functional imaging. It has …

An automated method is presented for artery-vein separation in cerebral cortical images
recorded with optical imaging of the intrinsic signal. The vessel-type separation method is …

Measuring microvascular characteristics in cortical tissue and individual microvessels has
important applications for functional imaging, biomedical research, and clinical diagnostics …

Measuring erythrocyte velocity in individual microvessels has important applications for
biomedical and functional imaging. Recent multiphoton fluorescence microscopy …

Several functional and biomedical imaging techniques rely on determining hemodynamic
variables and their changes in large vascular networks. To do so at micro-vascular …

5.1. 1. A dynamical system analysis of the adaptive spike threshold 8 5.1. 2. Estimating
synaptic conductances 8 5.1. 3. Bifurcation analysis of a general class of non-linear …

5.2. 8. A fast and robust ODF estimation algorithm in Q-ball imaging 13 5.2. 9. Analytic ODF
Estimation and Validation in Q-Ball Imaging 13 5.2. 10. Simultaneous estimation of single …