Transcription of CMOS Image Sensor Architecture for - cs.toronto.edu
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CMOS Image Sensor Architecture for - cs.toronto.edu
cmos Image Sensor Architecture forPrimal-Dual CodingNavid Sarhangnejad, Hyunjoong Lee, Nikola Katic, Matthew O Toole, Kiriakos Kutulakos, Roman GenovAbstract A cmos Image Sensor Architecture for primal-dualcoding (PDC), the developed Image Sensor and the sensing side ofthe system, as well as preliminary Sensor test results are presentedin this paper. The Architecture proposed in this work uses pixelswith the embedded 2-bit latches which are responsible for thepre-loading and storing of the exposure codes. The subsequentexposure code (mask) can therefore be loaded while the currentmask is being used for exposure, resulting in a pipelined codingoperation which does not interfere with the pixel exposure mask loading is done serially via a vertical metal line (oneline per-column), making both the imager Architecture and thepixel array scalable towards high pixel resolutions.
Abstract—A CMOS image sensor architecture for primal-dual coding (PDC), the developed image sensor and the sensing side of the system, as well as preliminary sensor test results are presented in this paper. The architecture proposed in this work uses pixels
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