TL;DR: This monograph provides the background necessary for specifying cameras using radiometric or photometric concepts, in addition to information on the entire system--from scene to observer.
Abstract: This update to "CCD Arrays, Cameras, and Displays" (2nd Ed) addresses CMOS/CCD differences, similarities, and applications, including architecture concepts and operation, such as full-frame, interline transfer, progressive scan, color filter arrays, rolling shutters, 3T, 4T, 5T, and 6T The authors discuss novel designs, such as EMCCD, EBCCD, Super CCD, and intensified CCDs, illustrate sampling theory and aliasing with numerous examples, and describe the advantages and limitations of small pixels This monograph provides the background necessary for specifying cameras using radiometric or photometric concepts, in addition to information on the entire system--from scene to observer
TL;DR: In this article, traditional and new matrix photoconverters have been considered in this paper; however, more attention has been given to the new ones, which are the so called super CCD matrices that exceed conventional CCD matrix in some major parameters.
Abstract: During the past few years, new matrix semiconductor photoconverters were introduced. These are the so called super CCD matrices that exceed conventional CCD matrices in some major parameters. Traditional and new matrix photoconverters have been considered in this paper; however, more attention has been given to the new ones.
TL;DR: A new HDR fuzzy-interpolative algorithm is proposed that can extend the dynamic range of a still Backlit CMOS image in the Super CCD SR manner: the fusion of two images, the first one with a normal exposure and the other underexposed.
Abstract: The paper is reviewing the new trends of the image sensing, the Super CCDs and the Backlit CMOS. One proposes a new HDR fuzzy-interpolative algorithm that can extend the dynamic range of a still Backlit CMOS image in the Super CCD SR manner: the fusion of two images, the first one with a normal exposure and the other underexposed.
TL;DR: The general comparison on the key parameters of the image sensor used in DSC, the widely used image sensors are CCD, super CCD and CMOS image sensor.
Abstract: New kernel technique of image sensor in digital still camera (DSC) is described and analyzed. The widely used image sensors are CCD, super CCD and CMOS image sensor. Through introducing and analyzing the image sensor's structure, readout mode, color filter array (CFA) and other techniques, the general comparison on the key parameters of the image sensor used in DSC is given.
TL;DR: In this article, a super CCD pixel unit is rotated by an angle of 45° in a cellular array to increase resolution and horizontal jumping outputs are introduced to get high quality video output.
Abstract: Super CCD pixel unit is rotated by an angle of 45°in a cellular array to increase resolution. Octangle photoelectrical diodes are used to enhance the absorption of light and horizontal jumping outputs are introduced to get high quality video output.Single electrical shutters are used to increase the transmission rate and precision of pixel data with specific signal processors.Thus the performance of super CCD is sharply improved compare with tradition CCD.Principles of super CCD,including key technologies and color processing are mainly introduced.