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Method and system for real-time compression correction for tracked ultrasound and applications of same

机译:跟踪超声实时压缩校正的方法,系统及其应用

摘要

A method for real-time correction of tissue compression for tracked ultrasound includes acquiring an ultrasound image of tissues of interest with an ultrasound probe having a probe surface, where the ultrasound probe is tracked to provide a position and an orientation of the probe surface of the ultrasound probe for the acquired ultrasound image; acquiring intraoperative measurements of the undeformed tissue surface; constructing a generic grid representation of tissues for use with a mathematical model of tissue biomechanics, where the generic grid representation is pre-aligned to the acquired ultrasound image by performing a calibration to the ultrasound probe; determining boundary conditions to the mathematical model represented by the generic grid representation; solving the mathematical model for 3D displacements in the generic grid representation of the tissues; and performing correction of tissue compression by using the reversed and interpolated 3D displacement field on the acquired ultrasound image.
机译:一种用于跟踪超声的组织压缩的实时校正的方法,包括利用具有探头表面的超声探头获取感兴趣组织的超声图像,其中跟踪超声探头以提供超声探头表面的位置和方向。超声探头,用于获取的超声图像;获取术中未变形组织表面的测量值;构造用于组织生物力学的数学模型的组织的通用网格表示,其中通过对超声探头执行校准,将通用网格表示与获取的超声图像预先对齐;确定通用网格表示所代表的数学模型的边界条件;在组织的通用网格表示中求解3D位移的数学模型;通过对所获取的超声图像进行反插值的3D位移场进行组织压缩的校正。

著录项

  • 公开/公告号US9782152B2

    专利类型

  • 公开/公告日2017-10-10

    原文格式PDF

  • 申请/专利权人 VANDERBILT UNIVERSITY;

    申请/专利号US201514829494

  • 发明设计人 MICHAEL I. MIGA;THOMAS S. PHEIFFER;

    申请日2015-08-18

  • 分类号A61B8/08;A61B8;G06F17/50;A61B6/03;A61B6;A61B90;

  • 国家 US

  • 入库时间 2022-08-21 13:44:08

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