The majority of the current advances in computer graphic rendering strive for fast and
realistic creation of pixel images, eg, for the film and gaming industry. This development, …

… Therefore, the barrier in multi-parameter imaging, sensitivity, and spatial resolution, is breaking
… Computational imaging along with AI will break more barriers in conventional imaging to …

… these products and the growing volume of high-resolution imagery is a barrier yet to be
overcome. In this paper, to break through this obstacle, we propose a low-to-high network (…

The majority of the current advances in computer graphic rendering strive for fast and
realistic creation of pixel images, eg, for the film and gaming industry. This development, …

… With these pixels in memory, all pixels in the patch in which a newly arrived pixel is always
the bottom right pixel 4 remain available. This allows to apply the k ×k convolutional kernel on …

… Such limited speed makes it impractical to perform pixel-by-pixel imaging of dynamic
systems. To break the fundamental cross-section limits, nonlinear optical process has been …

… recorded with a pixel size of 33 nm along x and 100 nm along y and a pixel dwell time of 60
… The scanning step size was 25 nm along the x and the y directions and a pixel dwell time of …

… Here we show that by iteratively focusing light into an ultrasound focus via phase conjugation,
we can fundamentally overcome this resolution barrier in deep tissues and at the same …

… After coaligning the yellow and the blue In-PSF and lining up the grooves in the y direction,
we scanned the sample with a 20-nm pixel size in the y direction and with a pixel dwell time …

… the required dwell time per pixel in FED can be relatively short. … a much smaller dwell time
per pixel in FED compared with … confocal detection on the same pixel is equal to the scanning …