We're talking flash, auto focus, 3x optical zoom and video recording here, so it's looking to be a very solid shooter.
They cover things like "See-through near-eye display glasses including a partially reflective, partially transmitting optical element" and "Video display modification based on sensor input for a see-through near-to-eye display".
Synchronously, optical (photo and video) and machine data were captured.
Optical and infrared video cameras and an electrical conductivity sensor were used to detect the tracers in the flow.
We have analysed their behaviour in non-transformed RPE1 cells under several conditions applying optical microscopy and video-recording approaches.
Be creative, it can be an optical illusion, ghost video, video game trailer, movie trailer, YouTube Poop, anything you want.
Optical, video, and holographic (trés cool) plankton recorders, acoustics, and other in situ probes that measure everything from temperature to nutrients have revolutionized the tedium of data collection.
The ground observations were configured with optical imaging with still and video recordings, spectroscopies, and shockwave detection with infrasound and seismic sensors.
Two optical systems – Digital Image Correlation and Video Extensometry were used to visualise the strain distribution, which showed highly localised concentrations surrounding the wrinkle.
Then, according to optical imaging, geometry, digital image and video processing etc., we systematically discuss the basic technology of occlusion tracking, investigate the matching model of the real fish occlusion, imaginary fish occlusion, and both of them concurrently, and finally realize the 3D fish target non-occlusion tracking.
