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    • 22. 发明授权
    • Techniques for capturing and generating a DVI signal
    • 捕获和产生DVI信号的技术
    • US08817109B1
    • 2014-08-26
    • US14040788
    • 2013-09-30
    • Advanced Testing Technologies, Inc.Eli Levi
    • William BiagiottiEli LeviPeter F BritchDavid Howell
    • H04N17/00
    • G09G5/36G09G3/006G09G5/006G09G2340/12G09G2370/12
    • Method and modular system for generating and capturing DVI video signals. When generating a video signal, data blocks are arranged in a line parameter memory, each corresponding to a complete video line and containing pointers to specific entries for lines of the video signal in a primary image memory holding a main bit-mapped image, and a video line construct memory holding data enable and blanking patterns. Generation of the video signal is initiated by reading the line parameter memory and extracting pointers from the data blocks for a first line of the video signal being generated. Bits from the primary image and video line construct memories are obtained and combined based on extracted pointers to generate the first line of the video signal. A length of the first line of video signal is monitored to determine when it is complete, and then the process continues for each additional line.
    • 用于生成和捕获DVI视频信号的方法和模块化系统。 当生成视频信号时,数据块被布置在线参数存储器中,每个对应于完整的视频行,并且包含指向保持主位映射图像的主图像存储器中的视频信号的行的特定条目的指针,以及 视频行构造存储器保存数据使能和消隐模式。 通过读取线路参数存储器并从生成的视频信号的第一行的数据块中提取指针来启动视频信号的生成。 基于提取的指针获得并组合来自主图像和视频行构造存储器的位,以生成视频信号的第一行。 监视第一行视频信号的长度,以确定其何时完成,然后每个附加线路继续进行该过程。
    • 23. 发明授权
    • Method, program and arrangement for highlighting failing elements of a visual image
    • 突出显示视觉图像故障元素的方法,程序和排列
    • US08782558B1
    • 2014-07-15
    • US14027477
    • 2013-09-16
    • Advanced Testing Technologies, Inc.Eli Levi
    • William BiagiottiEli Levi
    • G06F3/048
    • G09G5/02G06F11/321G09G3/006G09G2380/12
    • Method, system and computer program for visually highlighting identified failing or erroneous pixel elements of a two-dimensional electronic image. Different visual highlighting techniques are stored in memory. A user selects one of the highlighting techniques using a user interface. A processor applies the selected technique(s) to the image and displays the image on a display with visual indications of the failing pixel elements. The techniques include coloring the pixels with a boundary box enclosing all of the erroneous pixels, enclosing separate irregular-shaped groupings of the pixels with a contour-type boundary line, and coloring pixels and enclosing each within a separate box. In the final technique, video lines with some failing pixels, but within allowable tolerances, will have those pixels colored differently and each pixel is enclosed within the same color box. In all cases, it is possible to convert the test image to black and white for display.
    • 方法,系统和计算机程序,用于可视地突出显示二维电子图像的识别的故障或错误的像素元素。 不同的视觉突出显示技术存储在内存中。 用户使用用户界面选择突出显示技术之一。 处理器将所选择的技术应用于图像,并将显示器上的图像显示在故障像素元素的视觉指示上。 这些技术包括用封闭所有错误像素的边界框着色像素,用轮廓型边界线包围像素的单独的不规则形状的分组,以及着色像素并将每一个包围在单独的框内。 在最后的技术中,具有某些故障像素但具有允许公差的视频线将具有不同的颜色,每个像素被包围在相同的颜色框内。 在所有情况下,可以将测试图像转换为黑白显示。