首页> 外国专利> Being the manner which regenerates the graphics data which information of secondary data set manner and the system which merge, manner and the system which regenerate the graphics data which is emphasized, the manner which emphasizes the system and the primary data set word which regenerate the digital data which is emphasized, and has possessed

Being the manner which regenerates the graphics data which information of secondary data set manner and the system which merge, manner and the system which regenerate the graphics data which is emphasized, the manner which emphasizes the system and the primary data set word which regenerate the digital data which is emphasized, and has possessed

机译:作为二次数据集方式的信息和合并的系统的再生图形数据的方式,强调的方式和重新生成图形数据的系统,强调系统的方式和再生数字的信息的主数据集字强调并拥有的数据

摘要

Secondary data set information is incorporated into a primary data set (such as a digital image) retaining a desired dynamic range and retaining the original primary set data quality. The secondary data set information is "smuggled' into the least significant bits of the primary data set to result in an enhanced data set. If desired, the primary data word can be shifted toward the most significant bit. The enhanced data set may be viewed as if it were the original primary data set with existing playback devices, however it now includes additional "smuggled' information which may be played back in coordination with the primary data set information. One example is flow-direction information "smuggled' into an angiographic image. The least significant bits of the enhanced data words may be used to select the color map and color code the images. A user-adjustable intensity threshold can also be employed to select between color maps. Information stored in this fashion results in a substantial savings in disk storage requirements. Also, since the information of the primary and secondary data sets are merged into a single word, they will remain together throughout many different types of processing, such as maximum intensity projection in volumetric imaging.
机译:将辅助数据集信息合并到保留所需动态范围并保留原始主数据集数据质量的主数据集(例如数字图像)中。辅助数据集信息被“走私”到主要数据集的最低有效位中,从而形成增强的数据集。如果需要,可以将主要数据字移向最高有效位。可以查看增强的数据集好像它是现有回放设备的原始主要数据集一样,但是现在它包含其他“走私”信息,可以与主要数据集信息协同播放。一个示例是将流向信息“走私”到血管造影图像中。增强数据字的最低有效位可用于选择颜色图并对图像进行颜色编码。用户可调整的强度阈值也可用于选择彩色图之间的存储信息以这种方式存储,从而大大节省了磁盘存储需求;而且,由于主数据集和辅助数据集的信息合并为一个单词,因此在许多不同类型的处理中,它们将保持在一起作为体积成像中的最大强度投影。

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