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Computational imaging is becoming widely adopted in consumer products to reconstruct high quality pictures from raw pixel data provided by special optics and image sensors. This forum will provide details of such systems. We will commence with an overview of computational photograpy and imaging. This is followed by object recognition and tracking techniques including interesting point techniques and...
Higher speeds, increased dynamic range and improved performance for small pixels are clearly driving the imaging industry. This session introduces several interesting new approaches, based on combinations of imager design, technology and architecture, to achieve better performance on these competitive imaging aspects.
High speed imaging is one of the fastest growing semiconductor markets. Growth is currently driven by consumer and industrial applications such as HD video, slow motion play-back, machine vision, 3D range capture, and robotics. This forum will present chip architectures, circuits, and system-level solutions used in CCD and CMOS image sensors for high speed cameras. Technology topics include photon...
For many machine-vision and scientific applications, a high-resolution CCD imager with square pixels and operating in progressive-scan mode is required, because in many applications with fast moving scenes the time offset of image capture between the two interlaced fields of conventional broadcast-oriented imagers is unacceptable. The aim of this work was to modify the pixel of an existing interlaced...
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