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Advances in research and clinical techniques are providing increasing quantities of data at improved spatio-temporal resolution. It is therefore imperative to develop matching approaches for efficient analysis and intuitive presentation of this data. Using the example of advanced magnetic resonance imaging, this article will illustrate the challenges involved in computational reconstruction and interactive visualization of the three-dimensional cardiac anatomy, based on magnetic resonance imaging data with para-cellular resolution. © 2007 IEEE.

Original publication




Journal article


Annual International Conference of the IEEE Engineering in Medicine and Biology - Proceedings

Publication Date



147 - 151