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    • 1. 发明授权
    • GAMUT aim and GAMUT mapping method for spatially varying color lookup tables
    • 用于空间变化颜色查找表的GAMUT目标和GAMUT映射方法
    • US08077352B2
    • 2011-12-13
    • US12359649
    • 2009-01-26
    • Edgar BernalRobert P LoceRaja Bala
    • Edgar BernalRobert P LoceRaja Bala
    • G06F15/00
    • H04N1/60H04N1/409
    • An image processing apparatus, program product, and method determine an achievable gamut achievable by the imaging engine or engines for all spatial locations of an output image, or all utilized print engines. A reference gamut is calculated which is any gamut containing the achievable gamut. A gamut mapping is used to map gamuts from the mean gamut to the achievable gamut, and a set of transformations is calculated for each of a set of input colors to a set of target colors selected from colors in the achievable gamut. Values for a received digital image are transformed for each image pixel or clusters of pixels based on the calculated set of transformations. Output images are generated based on the transformed values.
    • 图像处理装置,程序产品和方法确定由输出图像或所有使用的打印引擎的所有空间位置的成像引擎或引擎可实现的可实现色域。 计算参考色域,其中包含可实现色域的任何色域。 色域映射用于将色域从均匀色域映射到可实现色域,并且将一组输入颜色中的每一个计算为从可实现色域中的颜色中选择的一组目标颜色的一组变换。 基于所计算的变换集合,针对每个图像像素或像素簇变换接收数字图像的值。 基于变换后的值生成输出图像。
    • 2. 发明申请
    • GAMUT AIM AND GAMUT MAPPING METHOD FOR SPATIALLY VARYING COLOR LOOKUP TABLES
    • 用于空间变化颜色查找表的游戏目标和游戏绘图方法
    • US20100188672A1
    • 2010-07-29
    • US12359649
    • 2009-01-26
    • Edgar BernalRobert P. LoceRaja Bala
    • Edgar BernalRobert P. LoceRaja Bala
    • G06F15/00
    • H04N1/60H04N1/409
    • An image processing apparatus, program product, and method determine an achievable gamut achievable by the imaging engine or engines for all spatial locations of an output image, or all utilized print engines. A reference gamut is calculated which is any gamut containing the achievable gamut. A gamut mapping is used to map gamuts from the mean gamut to the achievable gamut, and a set of transformations is calculated for each of a set of input colors to a set of target colors selected from colors in the achievable gamut. Values for a received digital image are transformed for each image pixel or clusters of pixels based on the calculated set of transformations. Output images are generated based on the transformed values.
    • 图像处理装置,程序产品和方法确定由输出图像或所有使用的打印引擎的所有空间位置的成像引擎或引擎可实现的可实现色域。 计算参考色域,其中包含可实现色域的任何色域。 色域映射用于将色域从均匀色域映射到可实现色域,并且将一组输入颜色中的每一个计算为从可实现色域中的颜色中选择的一组目标颜色的一组变换。 基于所计算的变换集合,针对每个图像像素或像素簇变换接收数字图像的值。 基于变换后的值生成输出图像。
    • 4. 发明申请
    • CONTENT AWARE IMAGE RESIZING FOR TEXT AND CONTONE IMAGES
    • 内容识别图像和文字和图像
    • US20100086207A1
    • 2010-04-08
    • US12246083
    • 2008-10-06
    • Edgar BernalRobert P. Loce
    • Edgar BernalRobert P. Loce
    • G06K9/34
    • G06T1/00
    • A method, computer readable medium, and computing device for resizing images. A digital image arranged in a rectangular array of pixels is received for resizing in either a horizontal direction or a vertical direction. An energy value is computed for each of the pixels, and pixels are connected to form extended 8-connectivity seams, with each seam having a cumulative energy value. The digital image is segmented into segments corresponding to lines of text and/or images. A seam is selected to best maintain proportionality of white space in the segments when the seam is either replicated or deleted. The selected seam then replicated or deleted. At least the seam selection and replication or deletion is repeated until the resized image is the desired size. The resized image is then outputted to a display screen, storage device, and/or printer.
    • 一种用于调整图像尺寸的方法,计算机可读介质和计算装置。 接收排列成矩形的像素阵列的数字图像以在水平方向或垂直方向上调整大小。 为每个像素计算能量值,并且像素被连接以形成扩展的8连通性接缝,每个接缝具有累积能量值。 数字图像被分割成对应于文本和/或图像行的段。 当接缝被复制或删除时,选择接缝以最好地保持段中白色空间的比例。 所选择的接缝然后复制或删除。 至少重复接缝选择和复制或删除,直到调整大小的图像是所需的大小。 然后将调整大小的图像输出到显示屏幕,存储设备和/或打印机。
    • 6. 发明申请
    • CONTENT-AWARE HALFTONE IMAGE RESIZING USING ITERATIVE DETERMINATION OF ENERGY METRICS
    • 使用能量测量的迭代确定的内容 - 鹰头图像
    • US20100079771A1
    • 2010-04-01
    • US12242119
    • 2008-09-30
    • Edgar BernalRobert P. Loce
    • Edgar BernalRobert P. Loce
    • G06K15/02H04N1/405
    • H04N1/3935H04N1/40075H04N1/4058
    • As provided herein, there are supplied teachings to systems and methods for resizing a halftone image using halftone tile parameters. One approach entails receiving into a digital imaging system, a digital halftone image and a desired resizing factor for that digital halftone image. The system will then define cells within the digital halftone image and determine from those cells, a number of halftone tile seams to suitable for manipulation. The orientation of these halftone tile seams is dictated by the received desired resizing factor. The seam energy of these halftone tile seams is then determined according to an energy metric so as to provide indication of a number of low energy determined halftone tile seams. The number of low energy seams identified is sufficient to achieve the desired resizing factor. A resizing of the halftone image is then performing by iteratively deleting the low energy determined halftone tile seams within the halftone image. The resized halftone image may then be printed on a printer.
    • 如本文所提供的,向使用半色调瓦片参数调整半色调图像大小的系统和方法提供了教导。 一种方法需要接收数字成像系统,数字半色调图像和用于该数字半色调图像的期望的调整大小因子。 系统然后将定义数字半色调图像内的单元格,并从这些单元格确定适合于操纵的多个半色调平铺接缝。 这些半色调瓷砖接缝的取向由接收到的期望的调整尺寸因子决定。 然后根据能量度量确定这些半色调瓷砖接缝的接缝能量,以提供许多低能量确定的半色调瓷砖接缝的指示。 识别的低能量接缝的数量足以实现所需的调整尺寸因子。 然后通过迭代地删除半色调图像内的低能量确定的半色调平铺接缝来执行调整半色调图像的大小。 然后可以将调整大小的半色调图像打印在打印机上。