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    • 43. 发明授权
    • Gamut selection in multi-engine systems
    • 多引擎系统中的色域选择
    • US07660460B2
    • 2010-02-09
    • US11274638
    • 2005-11-15
    • Wencheng WuEdul N. DalalZhigang Fan
    • Wencheng WuEdul N. DalalZhigang Fan
    • G06K9/00G06K9/34
    • H04N1/603G06K9/00449
    • In preparation for rendering respective portions of a document via a respective plurality of engines, objects within the document are identified and characterized. A determination is made as to whether gamut variations between the engines might result in objectionable variations in the appearance of rendered versions of identified objects having similar characteristics. For those objects within the document for which the determination is made that variations might be objectionable, a target gamut is selected to be an intersection gamut of the engines to be used to render the document. For those objects within the document for which the determination is made that variations would be unobjectionable, the target gamut is selected to be that of selected individual engines. A system for selecting target gamuts for objects within a document can include an object identifier, a characteristic identifier and a gamut selector.
    • 在准备通过相应的多个引擎呈现文档的各个部分时,识别和表征文档内的对象。 确定发动机之间的色域变化是否可能导致具有相似特征的识别对象的渲染版本的外观的令人反感的变化。 对于确定变化可能令人反感的文档中的那些对象,目标色域被选择为用于呈现文档的引擎的交叉色域。 对于确定变化是无反应的文档中的那些对象,目标色域被选择为所选择的各个引擎的目标色域。 用于为文档中的对象选择目标色域的系统可以包括对象标识符,特征标识符和色域选择器。
    • 46. 发明申请
    • Punched hole detection and removal
    • 打孔检测和去除
    • US20080279474A1
    • 2008-11-13
    • US11801958
    • 2007-05-11
    • Dennis L. VenableZhigang FanLee C. Moore
    • Dennis L. VenableZhigang FanLee C. Moore
    • G06K9/40
    • G06T7/0004G06T5/005G06T2207/10008G06T2207/30144H04N1/38
    • A method for removal of punched hole artifacts in digital images includes, for a scanned document page, deriving an original digital image that defines the page in terms of a plurality of input pixels. A reduced resolution bitonal image is generated from the original image. The method further includes providing for identifying of candidate punched hole artifacts in the reduced resolution bitonal image and providing for testing the candidate punched hole artifacts for at least one of shape, size, and location. Where a candidate punched hole artifact meets the at least one test, the method includes generating a modified image. This includes erasing the candidate punched hole artifact from the original digital image.
    • 用于去除数字图像中的穿孔伪影的方法包括对于扫描的文档页,导出根据多个输入像素定义页面的原始数字图像。 从原始图像生成缩小分辨率的双色图像。 该方法还包括提供在缩小分辨率双色图像中识别候选冲孔缺陷伪像,并提供用于测试形状,尺寸和位置中的至少一个的候选穿孔伪影。 在候选者穿孔孔伪影符合至少一个测试的情况下,该方法包括生成修改的图像。 这包括从原始数字图像中删除候选的穿孔伪影。
    • 47. 发明授权
    • Method for run-time streak removal
    • 运行时条纹去除方法
    • US07433539B2
    • 2008-10-07
    • US10993852
    • 2004-11-19
    • Shen-Ge WangZhigang FanReiner Eschbach
    • Shen-Ge WangZhigang FanReiner Eschbach
    • G06K9/40G06K9/32
    • H04N1/4097
    • A method for run-time streak removal from a scanned image includes providing a scan line of image data from the scanned image; detecting corrupted data within the scan line; evaluating image data located in a neighborhood before and after the corrupted data on the scan line; if the evaluated image data in the neighborhood is smooth, replacing the corrupted data with image data determined by a linear interpolation process; and else if the evaluated image data in the neighborhood is not smooth, replacing the corrupted data with image data determined by the linear prediction process. Various techniques can be used to evaluate the image data located in the surrounding neighborhood. For example, a filter selection step may be used based on prediction discrepancies.
    • 从扫描图像中去除运行时间条纹的方法包括从扫描图像提供图像数据的扫描线; 检测扫描线内的损坏的数据; 评估位于扫描线上的损坏数据之前和之后的邻域中的图像数据; 如果附近的评估图像数据平滑,则用由线性内插处理确定的图像数据替换损坏的数据; 否则如果附近的评估图像数据不平滑,则用由线性预测处理确定的图像数据替换损坏的数据。 可以使用各种技术来评估位于周边地区的图像数据。 例如,可以基于预测差异来使用滤波器选择步骤。
    • 48. 发明授权
    • System and method for editing image data
    • 用于编辑图像数据的系统和方法
    • US07382919B2
    • 2008-06-03
    • US11472698
    • 2006-06-22
    • Reiner EschbachZhigang FanWilliam Fuss
    • Reiner EschbachZhigang FanWilliam Fuss
    • G06K9/34
    • H04N1/3871
    • A method for editing image data includes segmenting input image data into a plurality of discrete objects, wherein each of the objects is defined by a plurality of input pixels that are spatially grouped and that relate to a common content type and feature of the input image data so as to define an objectized input image from the input image data. The objectized input image and a holding area image are generated and simultaneously displayed. Editing input is received from a user by user selection of an object of the objectized input image that the user desires to be moved from the objectized input image to the holding area image based upon the user's visual inspection of the objectized input image. The objectized input image and the holding area image are updated based upon the received editing input so that the selected object is deleted from an original location in the objectized input image and inserted into the holding area image as a temporary object at an insertion location that spatially corresponds to the original location of the objectized input image. The method further includes receiving replacement input data from the user that indicates a selected replacement object in a replacement object database to be inserted into the original location of the objectized input image. The objectized input image is updated to include the selected replacement object in the original location to define an objectized output image.
    • 用于编辑图像数据的方法包括将输入图像数据分割成多个离散对象,其中每个对象由空间分组的多个输入像素定义,并且与输入图像数据的公共内容类型和特征相关 以便从输入图像数据中定义一个对象化的输入图像。 产生并同时显示被摄体输入图像和保持区域图像。 基于用户对目标化输入图像的目视检查,用户通过用户选择用户期望从对象化输入图像移动到保持区域图像的对象化输入图像的对象来接收编辑输入。 基于所接收的编辑输入来更新对象化输入图像和保持区域图像,使得所选择的对象在对象化输入图像中从原始位置被删除并且在空间上插入到插入位置中作为临时对象插入到保持区域图像中 对应于对象化输入图像的原始位置。 该方法还包括接收来自用户的替换输入数据,该替换输入数据指示替换对象数据库中的所选择的替换对象,以插入到对象化输入图像的原始位置。 更新对象化的输入图像以在原始位置包括所选择的替换对象以定义对象化的输出图像。
    • 50. 发明授权
    • Method for automated image indexing and retrieval
    • 自动图像索引和检索的方法
    • US07324711B2
    • 2008-01-29
    • US11295405
    • 2005-12-05
    • Ramesh NagarajanZhigang FanShivang Patel
    • Ramesh NagarajanZhigang FanShivang Patel
    • G06K9/54
    • H04N19/90G06K9/00449G06K9/00463
    • A method of indexing images contained in scanned documents, wherein said scanned documents are stored in a repository, includes: for each document to be stored in the repository, dividing the document into a plurality of sections; scanning the plurality of sections; segmenting each scanned segment according to a predetermined coding model into image segment and non-image segments; associating each of the image segments with the document; and generating an index correlating the image segments with the document. The method may further include, at the time of image recall, displaying the index of image segments in a user interface; and responsive to selection of an image segment from the index, displaying the document information associated with the image segment in the user interface.
    • 一种对包含在扫描文档中的图像进行索引的方法,其中所述扫描的文档存储在存储库中,包括:对于要存储在存储库中的每个文档,将文档分成多个部分; 扫描多个部分; 根据预定的编码模型将每个扫描的片段分割成图像片段和非图像片段; 将每个图像段与文档相关联; 以及生成将图像片段与文档相关联的索引。 该方法还可以包括在图像调用时在用户界面中显示图像片段的索引; 并且响应于从索引中选择图像片段,在用户界面中显示与图像片段相关联的文档信息。