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    • 1. 发明授权
    • Time-sequential volume rendering
    • 时间顺序的体绘制
    • US08107697B2
    • 2012-01-31
    • US12092589
    • 2006-09-14
    • Michael KhazenMartin Osmund Leach
    • Michael KhazenMartin Osmund Leach
    • G06K9/00
    • G06T15/08
    • There is disclosed a method and apparatus for generating data for a two-dimensional image which identifies different classes of property of an imaged subject, this being done by separately rendering volumetric data classified into those different classes and, from all of those separate renderings, choosing one datum for use in the two-dimensional image as an image pixel. This being repeatable for each datum to be used in the two-dimensional image—thereby, for example, to selectively build-up the data for whole of the two-dimensional image as a mixture/combination of different classes of data. The data for the two-dimensional image may be color coded for visually distinguishing data of different classes. Thus when applied to the image enhancement of tissues subjected to contrast agent uptake in patients kinetic information may be incorporated into the volume renderings to enable tissues of different enhancement and kinetic characteristics to be identified as such.
    • 公开了一种用于生成二维图像的数据的方法和装置,其识别成像对象的不同属性类别,这通过分别绘制分类为不同类别的体积数据来完成,并且从所有这些单独的渲染中选择 用于二维图像中的一个数据作为图像像素。 这对于在二维图像中使用的每个数据是可重复的,从而例如为了整个二维图像选择性地建立数据,作为不同类别的数据的混合/组合。 用于二维图像的数据可以进行颜色编码,用于视觉区分不同类别的数据。 因此,当应用于在患者中进行造影剂摄取的组织的图像增强时,可以将动力学信息并入体积渲染中,以使得能够识别不同增强和动力学特征的组织。
    • 2. 发明申请
    • TIME-SEQUENTIAL VOLUME RENDERING
    • 时间顺序体积渲染
    • US20090046914A1
    • 2009-02-19
    • US12092589
    • 2006-09-14
    • Michael KhazenMartin Osmund Leach
    • Michael KhazenMartin Osmund Leach
    • G06T15/00
    • G06T15/08
    • There is disclosed a method and apparatus for generating data for a two-dimensional image which identifies different classes of property of an imaged subject, this being done by separately rendering volumetric data classified into those different classes and, from all of those separate renderings, choosing one datum for use in the two-dimensional image as an image pixel. This being repeatable for each datum to be used in the two-dimensional image—thereby, for example, to selectively build-up the data for whole of the two-dimensional image as a mixture/combination of different classes of data. The data for the two-dimensional image may be colour coded for visually distinguishing data of different classes. Thus when applied to the image enhancement of tissues subjected to contrast agent uptake in patients kinetic information may be incorporated into the volume renderings to enable tissues of different enhancement and kinetic characteristics to be identified as such.
    • 公开了一种用于生成二维图像的数据的方法和装置,其识别成像对象的不同属性类别,这通过分别绘制分类为不同类别的体积数据来完成,并且从所有这些单独的渲染中选择 用于二维图像中的一个数据作为图像像素。 这对于在二维图像中使用的每个数据是可重复的,从而例如为了整个二维图像选择性地建立数据,作为不同类别的数据的混合/组合。 用于二维图像的数据可以进行颜色编码,用于视觉区分不同类别的数据。 因此,当应用于在患者中进行造影剂摄取的组织的图像增强时,可以将动力学信息并入体积渲染中,以使得能够识别不同增强和动力学特征的组织。