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Method and system for multi-modality fusion of the imaging data based on the statistical model of the anatomical structure

机译:基于解剖结构统计模型的成像数据多模态融合方法及系统

摘要

Cardiac ventricle unexpected membrane alignment method includes three stages. First stage (P62), the heart (10) the ultrasonic picture of the cardiac ventricle unexpected membrane (41) one of invisibility or plural anatomy features are identified in inside. Second stage (P61), the x-ray picture of the cardiac ventricle unexpected membrane of the heart (31) visible aforementioned anatomy feature is expressed in inside. Third stage (P63), the ultrasonic picture (41) expression and the x-ray picture of anatomy structure of invisibility inside (31) the ultrasonic picture of the cardiac ventricle unexpected membrane of the heart (41) with the x-ray picture (31) the alignment it does in inside on the basis of the identification of visible anatomy feature. Example of anatomy feature is not limited to this, but the unexpected membrane surface (11 and 12) and the coronary vein cave (13) part or the whole is included.
机译:心室意外的膜对准方法包括三个阶段。在第一阶段(P62)中,在内部识别出心脏(10)不可见或多个解剖特征之一的心室意外膜(41)的超声波图像。在第二阶段(P61)中,在内部表现出上述解剖特征可见的心脏(31)的心脏心室意外膜的X射线照片。第三阶段(P63),超声图像(41)的表达以及内部不可见的解剖结构的X射线照片(31)以及具有X射线照片的心脏(41)的心脏心室意外膜的超声照片( 31)根据对可见解剖特征的识别,在内部进行对齐。解剖特征的例子不限于此,而是包括意外的膜表面(11和12)和冠状静脉腔(13)的一部分或整体。

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