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    • 12. 发明申请
    • Text detection in continuous tone image segments
    • 连续色调图像段中的文本检测
    • US20040001634A1
    • 2004-01-01
    • US10186887
    • 2002-06-28
    • Microsoft Corporation
    • Sanjeev Mehrotra
    • G06T009/00
    • G06T9/00
    • For encoding of mixed-mode images containing text and continuous-tone content, the pixels in the image that form the text content are detected and separated. Text detection classifies pixels as text or continuous tone content by accumulating pixel counts for groups of contiguous, non-smooth pixels with the same color. Groups whose pixel count exceeds a threshold are classified as text. The text detection technique further reduces classification errors by testing for boundary dimensions and pixel density of the group characteristic of long straight lines or large borders. The text detection technique further searches the neighborhood of groups qualifying as text for pixels of the same color, so as to also detect pixels for isolated text marks like dots, accents or punctuation. The separated text and continuous-tone content can be encoded separately for efficient compression while preserving text quality, and the text again superimposed on the continuous tone content at decompression.
    • 对于包含文本和连续色调内容的混合模式图像的编码,检测和分离形成文本内容的图像中的像素。 文本检测通过为具有相同颜色的连续非平滑像素组累加像素计数来将像素分类为文本或连续色调内容。 像素数超过阈值的组被分类为文本。 文本检测技术通过测试长直线或大边界特征组的边界尺寸和像素密度,进一步减少分类误差。 文本检测技术进一步搜索符合相同颜色的像素的文本的组的邻域,以便还检测像点,重音符或标点符号之类的孤立文本标记的像素。 分离的文本和连续色调内容可以单独编码以进行有效压缩,同时保持文本质量,并且文本在解压缩时再次叠加在连续色调内容上。
    • 13. 发明申请
    • Method for compressing an image by using characteristic values
    • 通过使用特征值压缩图像的方法
    • US20030206657A1
    • 2003-11-06
    • US10135571
    • 2002-05-01
    • Jing-Dar Way
    • G06T007/00G06T009/00
    • G06T9/005
    • The present invention relates to a method compressing image data, more particularly to a method for compressing image data by using characteristic values. At first, input image data are executed by using a pre-processing process of the present invention. The pre-processing process is to use a mathematical calculation method, a filter, or a database to differentiate outlines of objects and to classify different objects of the image data. Then different colors, which are in the outlines of the different objects, are acquired by using a color classifying method and the different colors are used to be different characteristic values of the image data. At last, the different characteristic values are saved individually in a memory to finish the method for compressing image data by classifying colors.
    • 压缩图像数据的方法技术领域本发明涉及压缩图像数据的方法,更具体地说,涉及一种通过使用特征值来压缩图像数据的方法。 首先,通过使用本发明的预处理处理来执行输入图像数据。 预处理过程是使用数学计算方法,过滤器或数据库来区分对象的轮廓并对图像数据的不同对象进行分类。 然后通过使用颜色分类方法获取位于不同对象的轮廓中的不同颜色,并且使用不同的颜色作为图像数据的不同特征值。 最后,将不同的特征值分别保存在存储器中,以完成通过对颜色进行分类来压缩图像数据的方法。
    • 14. 发明申请
    • Method of enhancement of the visual display of images and other visual data records
    • 增强图像和其他视觉数据记录的视觉显示的方法
    • US20030202713A1
    • 2003-10-30
    • US10132451
    • 2002-04-26
    • Artur Sowa
    • G06T005/00H04N001/409G06T009/00H04N005/911
    • G06T5/002G06T5/003G06T5/20G06T2207/20032G06T2207/20192H04N1/409H04N1/4092H04N5/14H04N5/21H04N5/7441H04N19/86
    • An digital image input, possibly being either pre-compressed or decompressed, is enhanced; its edges are preserved while any compression artifacts, like blocking and ringing, are simultaneously reduced. The enhancement method enhances images with luminance and chrominance functions, incompletely defined or undefined, on a set of pixels so that the missing information is extrapolated while the image is simultaneously enhanced. The method consists of up to three integrated sub-processes: the image sharpening flow; the de-quantization filtering; and the means of control of the local rate of flow. The image sharpening flow is an iterative nonlinear filtering schema intertwining a local median filter and a suitably chosen linear filter. A local geometric control mechanism allows selective application and adaptation of an algorithm allowing selective removal of local artifacts. De-quantization filtering ensures that the enhancement process does not alter information contained in the image beyond its quantization constraints.
    • 增强了可能是预压缩或解压缩的数字图像输入; 其边缘被保留,同时减少任何压缩伪像,如阻塞和振铃。 增强方法在一组像素上增强具有亮度和色度函数,不完全定义或未定义的图像,使得在图像同时增强的同时外推丢失的信息。 该方法由多达三个集成子过程组成:图像锐化流程; 去量化滤波; 以及当地流量的控制手段。 图像锐化流程是迭代非线性滤波模式,交织在局部中值滤波器和适当选择的线性滤波器之间。 本地几何控制机制允许选择性地应用和适应允许选择性地去除局部伪像的算法。 去量化滤波确保增强过程不会改变超出其量化约束的图像中包含的信息。
    • 16. 发明申请
    • Image display apparatus and image display method
    • 图像显示装置和图像显示方法
    • US20030117407A1
    • 2003-06-26
    • US10327186
    • 2002-12-24
    • CANON KABUSHIKI KAISHA
    • Toshiaki Minami
    • G09G005/08G06F013/00G06T009/00
    • G06F3/14G06K15/007G06K15/025G09G5/346G09G2340/02G09G2340/0407
    • Image display apparatus and image display method which realize smooth scroll-display of image data and enlargement/reduction display, and attain cost reduction by reducing the capacity of local memory for temporarily storing image data. In the image display apparatus, compressed image data is stored in an image memory 52, and partial image data of the compressed image data within a display range of monitor screen 56 and its peripheral compressed image data are transferred to a local image memory 59. in the local image memory 59, the partial image data and the peripheral image data are expanded and stored. Further, compressed image data further surrounding these data is stored. Then, compressed image data in a designated scroll direction is expanded by an image expansion unit 60.
    • 图像显示装置和图像显示方法,其实现图像数据的平滑滚动显示和放大/缩小显示,并且通过减小用于暂时存储图像数据的本地存储器的容量来实现成本降低。 在图像显示装置中,将压缩图像数据存储在图像存储器52中,并且将监视器屏幕56的显示范围内的压缩图像数据的部分图像数据及其周边压缩图像数据传送到局部图像存储器59. 本地图像存储器59,部分图像数据和外围图像数据被扩展和存储。 此外,存储进一步围绕这些数据的压缩图像数据。 然后,通过图像扩展单元60扩展指定的滚动方向的压缩图像数据。
    • 18. 发明申请
    • Image encoding apparatus and method
    • 图像编码装置及方法
    • US20020024525A1
    • 2002-02-28
    • US09941779
    • 2001-08-30
    • Katsutoshi Ushida
    • G06T009/00
    • H04N1/417G06T9/004G06T9/005
    • There are provided an image encoding apparatus and method, which can achieve a low-cost, real-time encoding process by controlling a memory line controller and memory access controller to asynchronously and independently execute a typical prediction discrimination process and adaptive arithmetic coding process by a TP discriminator for reading out image data stored in a line memory for storing input image data, and making typical prediction discrimination in JBIG encoding for the input image data, and an adaptive arithmetic encoder for reading out image data stored in the line memory, and making adaptive arithmetic coding.
    • 提供了一种图像编码装置和方法,其可以通过控制存储器线路控制器和存储器存取控制器来异步地且独立地执行典型的预测鉴别处理和自适应算术编码处理来实现低成本的实时编码处理 TP鉴别器,用于读出存储在用于存储输入图像数据的行存储器中的图像数据,以及对输入图像数据进行JBIG编码中的典型预测鉴别;以及自适应算术编码器,用于读出存储在行存储器中的图像数据, 自适应算术编码。
    • 20. 发明申请
    • Web 3d image display system
    • Web 3d图像显示系统
    • US20040239679A1
    • 2004-12-02
    • US10486690
    • 2004-02-13
    • Masahiro ItoAmram RacabiOran AgraYoav Steinberg
    • G06T009/00G06K009/36
    • G06T15/00
    • A Web-based 3D-image display system that downloads 3D-image files from a Web server and smoothly displays 3D images on a Web browser. The Web-based 3D-image display system is provided with a Web server storing compressed 3D files that have been edited and created based on 3D-scene information extracted from a VRML file or the like, and a 3DA applet for displaying 3D scenes; and a Web browser for displaying the 3D scene. The Web browser requests and downloads the 3D applet from the Web server and requests and downloads the compressed 3D file from the Web server by executing the 3D applet. After downloading and receiving all information, the Web browser continuously displays an interactive 3D scene by executing, independently of the Web server, real-time 3D-rendering and 3D-motion algorithms using the 3D applet.
    • 一个基于Web的3D图像显示系统,从Web服务器下载3D图像文件,并在Web浏览器上平滑显示3D图像。 基于Web的3D图像显示系统具有存储基于从VRML文件等提取的3D场景信息进行编辑和创建的压缩3D文件的Web服务器和用于显示3D场景的3DA小应用程序; 以及用于显示3D场景的Web浏览器。 Web浏览器从Web服务器请求并下载3D小应用程序,并通过执行3D小程序从Web服务器请求并下载压缩的3D文件。 在下载和接收所有信息之后,Web浏览器通过独立于Web服务器执行使用3D小应用程序的实时3D渲染和3D运动算法来连续显示交互式3D场景。