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    • 92. 发明授权
    • Reprinting
    • 转载
    • US07652791B2
    • 2010-01-26
    • US11488355
    • 2006-07-18
    • Ann L. McCarthyEdul N. DalalWencheng WuDale R. MashtareRaja Bala
    • Ann L. McCarthyEdul N. DalalWencheng WuDale R. MashtareRaja Bala
    • G06F3/12
    • H04N1/6055G06F3/1204G06F3/1208G06F3/1234G06F3/1273H04N1/40006H04N1/6011
    • Consistency of document reprints is improved by recording characteristics of a reference printing system used to produce a reference printing of a document, determining related characteristics of a reprint printing system, retrieving the recorded characteristics and compensating for differences between the reference system and the reprint system in the reprint system prior to using the reprint system to produce reprints of the document. Analytical test prints (TPs) are produced with the respective printing systems in close temporal association to the production of the respective reference prints and reprints. TPs can be customized according to aspects of the document. TP customization allows the compensation to address aspects of the printing systems that have a bearing on perceived consistency in the reprints. TPs can be customized with regard to colors in test patches or both the colors and locations of test patches on a page. Compensation is based on measurements of the TPs.
    • 通过记录用于生成文档的参考打印的参考打印系统的特性来改进文档重印的一致性,确定重印打印系统的相关特征,检索记录的特性并补偿参考系和重印系统之间的差异 在重印系统使用转印系统之前,重印系统可以重印本文档。 分析测试印刷品(TP)与相应的印刷系统一起生产,与相应的参考印刷品的印刷和重印相关。 TP可以根据文档的方面进行定制。 TP定制允许补偿来处理与重印中感知到的一致性有关的打印系统的方面。 TP可以针对测试补丁中的颜色或页面上测试补丁的颜色和位置进行定制。 补偿是基于TP的测量。
    • 94. 发明申请
    • INPUT ADAPTIVE METHOD FOR COLOR TABLE LOOK-UP
    • 用于颜色表的输入自适应方法
    • US20090067017A1
    • 2009-03-12
    • US11853652
    • 2007-09-11
    • Vishal MongaRaja Bala
    • Vishal MongaRaja Bala
    • G03F3/00G06K9/00
    • G09G5/06G09G2340/10H04N1/6019
    • The proposed systems and methods automatically select the node locations of a multi-dimensional lookup table transformation in accordance with the relative importance of multi-dimensional input values. Such importance, as an example could be quantified by the statistical distribution of the input data. Additionally, the proposed scheme is efficient and works for inputs of arbitrary dimensionality. Finally, the proposed method accounts the characteristics of the input-data and the geometry of the input space. The proposed systems and methods are generally applicable to a large number of practical scenarios including, but not limited to, color imaging applications where input adaptive color look-up tables are desired.
    • 所提出的系统和方法根据多维输入值的相对重要性自动选择多维查找表变换的节点位置。 作为示例的重要性可以通过输入数据的统计分布来量化。 此外,所提出的方案是有效的,适用于任意维度的输入。 最后,提出的方法考虑了输入数据的特征和输入空间的几何。 所提出的系统和方法通常适用于大量实际场景,包括但不限于期望输入自适应颜色查找表的彩色成像应用。
    • 95. 发明申请
    • Method, system and apparatus for jointly calibrating color digital cameras and monitors
    • 用于联合校准彩色数码相机和显示器的方法,系统和设备
    • US20090021587A1
    • 2009-01-22
    • US11880052
    • 2007-07-19
    • David SnydermanGeoffrey John WoolfeRaja Bala
    • David SnydermanGeoffrey John WoolfeRaja Bala
    • H04N5/225
    • H04N9/73G01J3/10G01J3/50G01J3/506G01J3/524G09G2320/0693H04N17/02
    • A computer program product and method for calibrating and characterizing a color display perform calibrating and characterizing steps. A light source is operated in order to emit light from one or more light emitters on the light source. A color capture device, e.g., a digital camera, is calibrated and characterized based on the emitted light. Then, color images are displayed on the color display and captured on the color capture device. The color display is calibrated and characterized based on the captured color images. Computer program instructions are recorded on the computer readable medium, and are executable by a processor, for performing the calibrating and characterizing steps. A method for generating a controlled light source includes displaying light source selections to a user and receiving a user light source selection. Selected light emitters produce a light output matching the user light source selection.
    • 用于校准和表征彩色显示器的计算机程序产品和方法执行校准和表征步骤。 操作光源以便从光源上的一个或多个光发射器发射光。 基于发射的光来校准和表征彩色捕获装置,例如数字照相机。 然后,彩色图像被显示在彩色显示器上并捕获在彩色捕获装置上。 基于捕获的彩色图像校准和表征彩色显示。 计算机程序指令被记录在计算机可读介质上,并且可由处理器执行,用于执行校准和表征步骤。 用于产生受控光源的方法包括向用户显示光源选择并接收用户光源选择。 所选择的发光体产生与用户光源选择相匹配的光输出。
    • 96. 发明申请
    • COLOR PRINTER CHARACTERIZATION OR CALIBRATION TO CORRECT FOR SPATIAL NON-UNIFORMITY
    • 彩色打印机的特征或校准来校正空间非均匀性
    • US20080239344A1
    • 2008-10-02
    • US11694960
    • 2007-03-31
    • Shen-ge WangRaja BalaWilley Huaili Wang
    • Shen-ge WangRaja BalaWilley Huaili Wang
    • G06K15/00
    • G06K15/02B41J29/393G06K15/027H04N1/4015H04N1/6033
    • Methods and systems are presented for calibrating or characterizing a color printer or determining the color response of a color printer to combat spatial non-uniformity, in which color patches are printed on a test page according to an input matrix of input color in a printer-dependent-color space and the test page is measured to provide a corresponding output matrix of output color in a printer-independent-color space. Initial forward and inverse color transforms between the input and the output colors are generated based on the input and the output matrices. The output values are mapped to the input color space based on the initial inverse transform to form a feedback matrix, and spatial non-uniformities present in the printed test page are estimated according to noise values derived from the input matrix and the feedback matrix. The input matrix is modified according to the estimated spatial non-uniformity to form a modified input matrix of input color, and final forward and inverse transforms are generated for the color printer according to the modified input matrix and the output matrix.
    • 呈现用于校准或表征彩色打印机的方法和系统,或者确定彩色打印机的颜色响应以对抗空间不均匀性,其中根据打印机的输入颜色的输入矩阵将色块打印在测试页上。 测量依赖颜色空间并测试测试页面,以在独立于打印机的颜色空间中提供输出颜色的相应输出矩阵。 基于输入和输出矩阵生成输入和输出颜色之间的初始正向和反向颜色变换。 基于初始反变换将输出值映射到输入颜色空间以形成反馈矩阵,并且根据从输入矩阵和反馈矩阵导出的噪声值来估计印刷测试页面中存在的空间非均匀性。 输入矩阵根据估计的空间不均匀性进行修改,形成输入颜色的修改输入矩阵,根据修改的输入矩阵和输出矩阵,为彩色打印机生成最终的正向和反向变换。
    • 97. 发明授权
    • Visual determination of gamma for softcopy display
    • 用于软拷贝显示的伽玛视觉测定
    • US07312799B2
    • 2007-12-25
    • US11102423
    • 2005-04-08
    • R Victor KlassenRaja Bala
    • R Victor KlassenRaja Bala
    • G09G5/00G06K9/00G03F3/08H04N1/46H04N5/57G09G5/10
    • G09G5/02G09G2320/0276G09G2320/0673
    • Provided herein are teachings directed to calibrating an output device such as a color display, using a visual method of determining the gamma for the blue primary that is easier to perform and more consistent than methodologies employing a luminance-matching task. The methodology is based on the insight that accurate gamma estimation for blue is important not for luminance reproduction, but for proper color-balance, and most importantly grey-balance. Thus, it follows to use grey-balancing, rather than luminance-matching, as the criterion for selecting the blue gamma value. One variant as taught herein is to provide a user visual task to find a patch best representing neutral, given previously determined calibrated digital values for the red and green primaries that produce 50% fractional luminance. A large patch is displayed within a larger surround containing both a white border and either a checkerboard or a line pattern, so as to establish a reference for the neutral axis. The user adjusts a control causing only the value of the blue primary to change. This changes the color of the patch in the middle, moving it along a line from yellowish to bluish. The user thus selects the value at which the patch appears most nearly neutral with respect to the surround. Effectively, the task is to match the chromaticity of a grey patch with that of a halftone pattern.
    • 本文提供的是针对校准诸如彩色显示器的输出设备的教导,使用与使用亮度匹配任务的方法相比更容易执行并且更一致的蓝色主要的伽马的可视方法。 该方法基于以下认识:蓝色的精确伽玛估计对于亮度再现而言是重要的,但是对于适当的色彩平衡,最重要的是灰平衡。 因此,使用灰度平衡而不是亮度匹配,作为用于选择蓝色伽马值的标准。 给出本文教导的一种变型是提供用户可视化任务,以找到代表中性的最佳贴片,给出产生50%分数亮度的红色和绿色原色的先前确定的校准数字值。 一个较大的贴片显示在一个包含白色边框和棋盘或线条图案的较大环绕中,以便建立中立轴的参考。 用户调整仅导致蓝色主要值改变的控件。 这会改变中间的补丁的颜色,将其沿着一条线从黄色移动到蓝色。 因此,用户选择补丁出现的相对于环绕最接近中立的值。 有效地,任务是将灰色贴片的色度与半色调图案的色度相匹配。
    • 98. 发明申请
    • Reprinting
    • 转载
    • US20070268502A1
    • 2007-11-22
    • US11488355
    • 2006-07-18
    • Ann L. McCarthyEdul N. DalalWencheng WuDale R. MashtareRaja Bala
    • Ann L. McCarthyEdul N. DalalWencheng WuDale R. MashtareRaja Bala
    • G06F3/12
    • H04N1/6055G06F3/1204G06F3/1208G06F3/1234G06F3/1273H04N1/40006H04N1/6011
    • Consistency of document reprints is improved by recording characteristics of a reference printing system used to produce a reference printing of a document, determining related characteristics of a reprint printing system, retrieving the recorded characteristics and compensating for differences between the reference system and the reprint system in the reprint system prior to using the reprint system to produce reprints of the document. Analytical test prints (TPs) are produced with the respective printing systems in close temporal association to the production of the respective reference prints and reprints. TPs can be customized according to aspects of the document. TP customization allows the compensation to address aspects of the printing systems that have a bearing on perceived consistency in the reprints. TPs can be customized with regard to colors in test patches or both the colors and locations of test patches on a page. Compensation is based on measurements of the TPs.
    • 通过记录用于生成文档的参考打印的参考打印系统的特性来改进文档重印的一致性,确定重印打印系统的相关特征,检索记录的特性并补偿参考系和重印系统之间的差异 在重印系统使用转印系统之前,重印系统可以重印本文档。 分析测试印刷品(TP)与相应的印刷系统一起生产,与相应的参考印刷品的印刷和重印相关。 TP可以根据文档的方面进行定制。 TP定制允许补偿来处理与重印中感知到的一致性有关的打印系统的方面。 TP可以针对测试补丁中的颜色或页面上测试补丁的颜色和位置进行定制。 补偿是基于TP的测量。
    • 100. 发明申请
    • Visual determination of gamma for softcopy display
    • 用于软拷贝显示的伽玛视觉测定
    • US20060227148A1
    • 2006-10-12
    • US11102423
    • 2005-04-08
    • R. KlassenRaja Bala
    • R. KlassenRaja Bala
    • G09G5/02
    • G09G5/02G09G2320/0276G09G2320/0673
    • Provided herein are teachings directed to calibrating an output device such as a color display, using a visual method of determining the gamma for the blue primary that is easier to perform and more consistent than methodologies employing a luminance-matching task. The methodology is based on the insight that accurate gamma estimation for blue is important not for luminance reproduction, but for proper color-balance, and most importantly grey-balance. Thus, it follows to use grey-balancing, rather than luminance-matching, as the criterion for selecting the blue gamma value. One variant as taught herein is to provide a user visual task to find a patch best representing neutral, given previously determined calibrated digital values for the red and green primaries that produce 50% fractional luminance. A large patch is displayed within a larger surround containing both a white border and either a checkerboard or a line pattern, so as to establish a reference for the neutral axis. The user adjusts a control causing only the value of the blue primary to change. This changes the color of the patch in the middle, moving it along a line from yellowish to bluish. The user thus selects the value at which the patch appears most nearly neutral with respect to the surround. Effectively, the task is to match the chromaticity of a grey patch with that of a halftone pattern.
    • 本文提供的是针对校准诸如彩色显示器的输出设备的教导,使用与使用亮度匹配任务的方法相比更容易执行并且更一致的蓝色主要的伽马的可视方法。 该方法基于以下认识:蓝色的精确伽玛估计对于亮度再现而言是重要的,但是对于适当的色彩平衡,最重要的是灰平衡。 因此,使用灰度平衡而不是亮度匹配,作为用于选择蓝色伽马值的标准。 给出本文教导的一种变型是提供用户可视化任务,以找到代表中性的最佳贴片,给出产生50%分数亮度的红色和绿色原色的先前确定的校准数字值。 一个较大的贴片显示在一个包含白色边框和棋盘或线条图案的较大环绕中,以便建立中立轴的参考。 用户调整仅导致蓝色主要值改变的控件。 这会改变中间的补丁的颜色,将其沿着一条线从黄色移动到蓝色。 因此,用户选择补丁出现的相对于环绕最接近中立的值。 有效地,任务是将灰色贴片的色度与半色调图案的色度相匹配。