Titlebook: Clinical Image-Based Procedures. Translational Research in Medical Imaging; Third International Marius George Linguraru,Cristina Oyarzun L

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Rural Newfoundland and Labradorhe intensity of similar anatomical tissues in MR images is often different because of the variability of the acquisition process and different scanners. This paper proposes a novel methodology for a longitudinal lesion analysis based on intensity standardization to minimize the inter-scan intensity

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Conclusion and Policy Suggestions,rally allows for reconstruction of several frames/phases in the cardiac cycle. The reconstructed images are then used to create curved multi-planar reformation (MPR) views wherein coronary lesions are best diagnosed. However, the generation of such MPR views for all potentially reconstructed phases

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https://doi.org/10.1007/978-3-319-13909-8Medical Imaging; Preoperative Planning; Registration; Segmentation; Translational Research

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Patricia J. Danyluk,Amy Burns,David Scott the basis signals, estimating the coefficients via a LASSO algorithm. With this representation, we were able to characterize each pathology through a small number of predominant kinetics..By using sparse representation of CEUS signals and data-driven dictionary learning techniques we were able to d

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Pramod Khadilkar,H. I. Somasekhar,Monto Manimanually extracted by two interpreters using Pearson’s correlation coefficients, Bland-Altman and linear regression analyses. The results indicate that the accuracy of the proposed technique is comparable to that of manual tracing. As a consequence, this approach could be potentially adopted as an a