This review describes the unique opportunities and challenges for noninvasive optical mapping
of human brain function. Diffuse optical methods offer safe, portable, and radiation free …

… the rat brain. SCOT is able to follow individual trials in each brain hemisphere, where signal
averaging resulted in comparable, cortical images to those of functional magnetic resonance …

… Compared to electrophysiology, the signal-to-noise ratio of optical methods is inferior, but
the latter enables simultaneous observation of a large number of neurons, whose 'emerging' …

… Together with analytical and ray tracing collection maps, our results reveal the light collection
properties of different optical fibers in brain tissue, allowing for an accurate selection of the …

… , OPTICAL, that uses a combination of common spatial pattern (CSP) and long short-term
memory (LSTM) network for obtaining improved MI EEG signal … proposed OPTICAL predictor. …

… FD-NIRS phase has also been used to identify fast optical scattering-driven evoked-response
optical signals (EROS) that may be indicative of neural activity. Finally, when used for DOT…

… The information from the retina - in the form of electrical signals - is sent via the optic nerve
to other parts of the brain, which ultimately process the image and allow us to see. Thus, the …

… Our modal-based, sensorless AO approach is robust to low signal-to-noise ratios as
commonly encountered in deep scattering tissues such as the mouse brain, and permits AO …

… to processing of somatosensory signals in different structures along the … optical imaging
has been the main workhorse, enabling over many decades the high-resolution structural brain …

… ’s Human Brain Project (HBP) and other large-scale brain … levels in the brain, and why a set
of brain simulators based on … optical signals measured at the population and system levels. …