Titlebook: CT of the Heart; Principles and Appli U. Joseph Schoepf Book 20051st edition Humana Press 2005 Bypass.Stent.Tumor.anatomy.angiography.cardi

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CT of the Heart978-1-59259-818-2Series ISSN 2196-8969 Series E-ISSN 2196-8977

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Static Games and Solution Conceptss at University of California at San Francisco in 1984. The challenge was to design a CT scanner capable of imaging the heart without motion artifacts; this required data acquisition times of 100 ms or less. In order to study perfusion, covering most of the heart without moving the patient table was

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Static Games and Solution Conceptsze cardiac motion and thus avoid motion artifacts in the images. On the other hand, sufficient spatial resolution—at best submillimeter—is required to adequately visualize small and complex anatomical structures like the coronary arteries. The complete heart volume has to be examined within a single

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Network Games, Control and Optimizationicient spatial resolution—at best submillimeter—to adequately visualize small anatomical structures such as the coronary arteries. Furthermore, the complete heart volume has to be examined within the time of one breath-hold. First attempts to use single-slice spiral CT systems for cardiac scanning w

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https://doi.org/10.1007/978-3-030-87473-5ave stimulated cardiac CT imaging within the last decade (Fig. 1). Cardiac spiral CT started with the introduction of dedicated phase-correlated reconstruction algorithms for single-slice spiral CT in 1997 (.–.). These approaches have been generalized to the case of multislice spiral CT (MSCT) acqui