Research Progress
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Deep Learning Drives the 3D Imaging Restoration of Spinning-Disk Confocal Microscopy FasterFast high-resolution 3D imaging is important to achieve a complete and accurate understanding of biological processes due to the 3D nature of biological structures. Laser scanning confocal microscopy (LSCM), namely the sequential illumination of restricted ...Nov 04, 2020 -
How to Choose an Appropriate Method for Grinding Optical Elements?The unique features of ULE (an ultra-low thermal expansion glass), including low thermal expansion coefficient, good wear resistance and chemical inertness, are of great application prospects in space reflectors and large-aperture telescopes. However, conve...Oct 29, 2020 -
Beyond Local Tracking: Scientists Make the Cameras More Intelligent in Complex ScenariosVisual tracking has drawn constant attention of the researchers and engineers over the last decades. Some novel applications are also inspired by the improvement of related research, such as auto-track by drone, pose recognition by mobile payment, and remot...Sep 16, 2020 -
Deep Learning Is Helping the Intelligent Vehicle Comes TrueWith the development of intelligent transportation, an effective vehicle management method is applied to track moving vehicles with the help of monitoring equipment. Video surveillance is the main way to obtain vehicle dynamic information.
Thus, the acc...Sep 08, 2020 -
Deep Neural Networks “Plus” Phase Unwrapping “Equal to” Accurate Fringe Projection 3D ImagingFringe projection 3D imaging is a widely used technique for shape measurement. By projecting three or more phase-shifted structured light, typically linear sinusoidal patterns, onto the surface under the measurement, multiple images of the surface with dist...Sep 07, 2020