首页> 外文会议>International Conference on the Ultrasonic Measurement and Imaging of Tissue Elasticity >FLUID-FLOW RELATED STRAIN RELAXATION IN SOFT TISSUES: AN INVERSE PROBLEM AND SOLUTION FOR THE MICROVASCULAR FILTRATION COEFFICIENT.
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FLUID-FLOW RELATED STRAIN RELAXATION IN SOFT TISSUES: AN INVERSE PROBLEM AND SOLUTION FOR THE MICROVASCULAR FILTRATION COEFFICIENT.

机译:软组织中流体流动的应变松弛:微血管过滤系数的逆问题和溶液。

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We focus on the inverse problem associated with determining the microvascular filtration coefficient (MFC) from hypothetically measured strain relaxation histories. The close link between MFC and microvessel density makes MFC an attractive imaging target. Under the conditions considered here, the reconstructions are remarkably accurate, stable, and fast. The data requirements for the current reconstruction method, however, make it impractical at present. Nevertheless, the accuracy and stability of the results are encouraging.
机译:我们专注于与从假设测量的应变松弛历史中确定微血管过滤系数(MFC)相关的逆问题。 MFC和微型梭形密度之间的密切联系使MFC具有吸引力的成像目标。在此处考虑的条件下,重建非常准确,稳定,快速。然而,目前重建方法的数据要求目前不切实际。然而,结果的准确性和稳定性令人鼓舞。

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