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3-D Imaging news and technical articles from Laser Focus World. Search 3-D Imaging latest and archived news and articles
A UK-government-funded research partnership has developed a novel range of three-dimensional ( 3 - D ) imaging applications, and a new company has been spun out that will take the technology to the marketplace in a range of application areas
standards-development process for 3 - D imaging devices will begin. Such devices ..... performance measures to evaluate such 3 - D - imaging systems. Several prototype artifacts ..... for evaluating the performance of 3 - D imaging systems up to 150 to 200 m. Contact
imaging of high concentrations of single molecules in all three dimensions. The technique holds promise for improving 3 - D imaging even further, the researchers say, and is applicable to materials science as well as biological and biomedical studies
change the position of the lens or the sample many, many times to get individual image planes in focus. Conventional 3 - D imaging involves acquiring multiple images on multiple planes and then reconstructing the images. The FINCH concept, instead
Establishment (DDRE; Copenhagen, Denmark) have created what they believe to be the first multispectral 3 - D imaging system.1 Although 3 - D imaging systems using laser radar have been previously demonstrated, a single monochromatic laser is traditionally
Experimental 2-D imaging system relies on a femtosecond amplifying optical Kerr gate to provide ultrafast time-resolved 3 - D imaging of a diffusing object. The high peak intensity of femtosecond optical pulses provides an efficient optical nonlinear
has developed a novel range of three-dimensional ( 3 - D ) imaging applications, and a new company has been spun out ..... recently spun out a company to commercialize some of the 3 - D imaging technology. The new company, C3D, is based in Glasgow
In collaboration with the Centre de recherche et de restauration des musées de France (C2RMF; Paris, France), the National Research Council (NRC; Ottawa, Ontario, Canada) has completed a scientific study based on 3-D color laser scanning of Leonardo da Vinci’s portrait of the Mona Lisa.
Would a computer monitor or cell-phone display that instantly switches from ordinary 2-D to true 3-D attract the eye of the average consumer? Researchers at Seoul National University, with financial support from Samsung (both in Seoul, Korea), are betting this will be the case.
Would a computer monitor or cell-phone display that instantly switches from ordinary 2-D to true 3-D attract the eye of the average consumer?