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    • 11. 发明申请
    • IMAGE PROCESSING APPARATUS AND METHOD
    • 图像处理装置和方法
    • US20130004085A1
    • 2013-01-03
    • US13537701
    • 2012-06-29
    • Lu BAIJun WANJing DAIShaobin WANGJim PIPERCostas PLAKAS
    • Lu BAIJun WANJing DAIShaobin WANGJim PIPERCostas PLAKAS
    • G06K9/62
    • G06T3/0068
    • An image processing apparatus may include: a first registration device for performing, by taking a first input image of two overlapped input images having an overlapped as a reference image, a first registration on a second input image, to find, in the second input image, a second pixel which is matched with each first pixel located in the overlapped area of the reference image; an output pixel location determination device for calculating, a location of an output pixel which is located in the overlapped area of the output image and corresponds to the first pixel, wherein the locations of the first and second pixels are respectively weighted, and the shorter the distance from the first pixel to a non-overlapped area of the reference image is, the greater a weight of the location of the first pixel is; and an output pixel value determination device for calculating a pixel value.
    • 图像处理装置可以包括:第一登记装置,用于通过拍摄具有重叠的参考图像的两个重叠的输入图像的第一输入图像,在第二输入图像上进行第一登记,以在第二输入图像 与位于参考图像的重叠区域中的每个第一像素匹配的第二像素; 输出像素位置确定装置,用于计算位于输出图像的重叠区域中并对应于第一像素的输出像素的位置,其中第一和第二像素的位置分别被加权,并且越短 从参考图像的第一像素到非重叠区域的距离,第一像素的位置的权重越大; 以及用于计算像素值的输出像素值确定装置。
    • 12. 发明申请
    • PROCESSING OF ABDOMINAL IMAGES
    • 腹部图像的处理
    • US20120219197A1
    • 2012-08-30
    • US13036414
    • 2011-02-28
    • Jim PIPERIan POOLE
    • Jim PIPERIan POOLE
    • G06K9/00
    • A61B6/507G06F19/00G06T7/30G06T2200/04G06T2207/10076G06T2207/10081G06T2207/30092
    • According to one embodiment there is provided a computer-automated image processing method applied to a four-dimensional (4D) image data set of a patient's abdomen, e.g. by dynamic contrast enhanced computer-assisted tomography (DCE-CT). One of the three-dimensional (3D) scan images is taken to as the reference volume and the others as target volumes. Before registration between the 3D scan images, the image data set is partitioned into an abdominal cavity domain, containing the organs inside the abdominal wall, and an abdominal wall domain including the abdominal wall and externally adjacent skeletal features, such as the spine and ribs. Registration is then carried out separately on the two domains to obtain two warp fields which are then merged into a 4D image data set of the whole volume for further use, which may be to carry out perfusion measurements, to display and to store the registered 4D image data set.
    • 根据一个实施例,提供了一种应用于患者腹部的四维(4D)图像数据集的计算机自动化图像处理方法,例如, 通过动态对比增强计算机辅助断层扫描(DCE-CT)。 将三维(3D)扫描图像中的一个作为参考体积,其余的作为目标体积。 在3D扫描图像之前,将图像数据组分割成腹腔结构域,其中包含腹壁内的器官,以及包括腹壁和外部骨骼特征(例如脊柱和肋骨)的腹壁结构域。 然后在两个域上单独进行登记,以获得两个经线域,然后将它们合并到整个体积的4D图像数据集中供进一步使用,这可以进行灌注测量,以显示和存储注册的4D 图像数据集。