Measurement of optical properties is critical for understanding light-tissue interaction,
properly interpreting measurement data, and gaining better knowledge of tissue …

Single-pixel cameras that measure image coefficients have various promising applications,
in particular for hyper-spectral imaging. Here, we investigate deep neural networks that …

Spatial frequency domain imaging technology enables non-contact, wide-field quantitative
analysis of optical properties in strong turbid media, thereby enhancing bruise detection in …

A single-pixel imaging technique applied to fluorescence spatial frequency domain imaging
(f-SFDI) brings many positive benefits, but its low frame rate will also lead to severe …

We consider here the problem of reconstructing an image from a few linear measurements.
This problem has many biomedical applications, such as computerized tomography …

Single-pixel imaging acquires an image by measuring its coefficients in a transform domain,
thanks to a spatial light modulator. However, as measurements are sequential, only a few …

Many biomedical imaging techniques, such as computerized tomography, positron emission
tomography, and optical microscopy, involve reconstruction of an image from a sequence of …

Image reconstruction from a sequence of a few linear measurements that are corrupted by
signal-dependent normally distributed noise is an inverse problem with many biomedical …

We have proposed the profile-based intensity and frequency corrections for single-snapshot
spatial frequency domain (SFD) imaging to mitigate surface profile effects on the measured …

Single-pixel imaging is a paradigm that enables the capture of an image from a single point
detector using a spatial light modulator. This approach is particularly interesting for optical …