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    • 1. 发明授权
    • Image reproduction device and image reproduction method employing a brightness adjustment
    • 使用亮度调整的图像再现装置和图像再现方法
    • US07813584B2
    • 2010-10-12
    • US11877132
    • 2007-10-23
    • Ikuoh NishidaRyoji SuzukiTetsuya ItaniSatoshi Kato
    • Ikuoh NishidaRyoji SuzukiTetsuya ItaniSatoshi Kato
    • G06K9/40
    • H04N5/57G06F3/14G09G2320/0626G09G2340/12H04N5/4401H04N5/45H04N21/4316H04N21/4318
    • An image reproducing device includes: an image signal inputting part for receiving input of a first image signal; a sub image signal generating part for generating a sub image signal from information on a sub image extracted from said first image signal; a main image signal decoding part for extracting a main image signal from said first image signal and decoding said main image signal; a brightness detecting part for detecting a brightness of said main image signal and calculating a brightness average value; a brightness adjusting part for adjusting a brightness of said sub image signal based on said brightness average value; an image signal composing part for composing said main image signal and said sub image signal, the brightness of which is adjusted, and generating a second image signal; and an image signal outputting part for outputting said second image signal.
    • 图像再现装置包括:图像信号输入部分,用于接收第一图像信号的输入; 子图像信号生成部,用于从关于从所述第一图像信号提取的子图像的信息生成子图像信号; 主图像信号解码部分,用于从所述第一图像信号中提取主图像信号并解码所述主图像信号; 亮度检测部分,用于检测所述主图像信号的亮度并计算亮度平均值; 亮度调整部,其基于所述亮度平均值来调整所述副图像信号的亮度; 用于构成所述主图像信号和所述副图像信号的图像信号组合部分,其亮度被调节,并产生第二图像信号; 以及用于输出所述第二图像信号的图像信号输出部分。
    • 2. 发明授权
    • Video display apparatus and video display method
    • 视频显示设备和视频显示方式
    • US07212218B2
    • 2007-05-01
    • US10502549
    • 2003-12-01
    • Ryoji SuzukiTetsuya ItaniIkuoh NishidaSatoshi Kato
    • Ryoji SuzukiTetsuya ItaniIkuoh NishidaSatoshi Kato
    • G09G5/00G09G5/10H04N7/01H04N5/46
    • H04N7/0122
    • When the combination of the image signal and contents each having various aspect ratios is displayed on the display with various aspect ratios, an image display device that generates a proper display screen with simple operation or automatically is provided. The image display device of the present invention has a display screen expanding part for expanding a display screen of input image signal in at least one direction of the horizontal direction and the vertical direction based on an expansion ratio; a selecting part for automatically setting the above-mentioned expansion ratio of the above-mentioned display screen expanding part in at least one direction of the horizontal direction and the vertical direction based on information on an aspect ratio of a display, information on an aspect ratio of an image signal, and information on an aspect ratio of contents as an effective section of the above-mentioned image signal; and the above-mentioned display for displaying the display screen of the above-mentioned image signal.
    • 当在具有各种宽高比的显示器上显示图像信号和各种宽高比的内容的组合时,提供以简单的操作或自动生成适当的显示屏的图像显示装置。 本发明的图像显示装置具有显示屏幕扩展部,用于根据扩展率在水平方向和垂直方向的至少一个方向上扩展输入图像信号的显示画面; 基于关于显示器的宽高比的信息,关于宽高比的信息,自动地将上述显示画面扩展部的扩展比设定在水平方向和垂直方向的至少一个方向上的选择部 以及关于作为上述图像信号的有效部分的内容的宽高比的信息; 以及用于显示上述图像信号的显示画面的上述显示。
    • 4. 发明授权
    • Data scrambling method, data scrambling apparatus, data descrambling
method, and data descrambling apparatus
    • 数据加扰方法,数据加扰装置,数据解扰法,数据解扰装置
    • US5978486A
    • 1999-11-02
    • US107484
    • 1998-06-30
    • Ikuoh NishidaMasatoshi Shimbo
    • Ikuoh NishidaMasatoshi Shimbo
    • G11B20/10H04L25/03H04L9/06
    • G11B20/10H04L25/03866
    • A data scrambling method, defined by data polynomial,D(X)=d.sub.n X.sup.n +d.sub.n-1 X.sup.n-1 +d.sub.n-2 X.sup.n-2 + . . . +d.sub.2 X.sup.2 +d.sub.1 X.sup.1 +d.sub.0 X.sup.0generating polynomial,G(X)=1+g.sub.-1 X.sup.-1 +g.sub.-2 X.sup.-2 + . . . +g.sub.-m+2 X.sup.-m+2 +g.sub.-m+1 X.sup.-m+1 +g.sub.-m X.sup.-mresidual polynomial,R(X)=R.sub.-1 X.sup.-1 +R.sub.-2 X.sup.-2 +R.sub.-3 X.sup.-3 + . . . +R.sub.-m+2 X.sup.-m+2 +R.sub.-m+1 X.sup.-m+1 +R.sub.-m X.sup.-mis characterized by:setting initial values R.sub.-m+k (0)=N.sub.-m+k of the respective coefficients R.sub.-m+k (k=0, 1, . . . , m-1) in the residual polynomial (here, R.sub.-m+k(i) is a value obtained, when the coefficient R.sub.-m+k in the residual polynomial is a value of a latch, by shifting the latch by i times) to 0 or 1, using an initial value setting means;outputting ds(1).about.ds(8), in a lump, as ds7.about.ds0, said ds(1).about.ds(8) being successively obtained when the result of the exclusive OR operation for each unit of the repetition is represented, with a byte as a unit, by the following relationship, ##EQU1## whereby data input in binary format are scrambled in byte format. Therefore, input data are scrambled with 8 bits as a unit, and the scrambled data are output in byte format, by 8 bits in parallel.
    • 数据加扰法由数据多项式D(X)= dnXn + dn-1Xn-1 + dn-2Xn-2 +定义。 。 。 + d2X2 + d1X1 + d0X0生成多项式,G(X)= 1 + g-1X-1 + g-2X-2 +。 。 。 + g-m + 2X-m + 2 + g-m + 1X-m + 1 + g-mX-间歇多项式,R(X)= R-1X-1 + R-2X-2 + R-3X-3 +。 。 。 + R-m + 2X-m + 2 + R-m + 1X-m + 1 + R-mX-mis的特征在于:设定各个系数的初始值R-m + k(0)= N-m + 残差多项式(这里,R-m + k(i))中的R-m + k(k = 0,1,...,m-1)是当所获得的系数R-m + 使用初始值设定装置,残差多项式是锁存器的值,通过将锁存器移位i次)为0或1; 将ds(1)DIFFERENCE ds(8)作为ds7差分ds0输出,当表示每个重复单位的异或运算结果时,连续获得ds(1)DIFFERENCE ds(8) 以字节为单位,通过以下关系,由二进制格式输入的数据以字节格式加扰。 因此,输入数据以8位为单位进行加扰,加扰数据以字节格式并行输出8位。