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    • 31. 发明申请
    • SIGNAL PROCESSING DEVICE, CONTROL PROGRAM AND INTEGRATED CIRCUIT
    • 信号处理设备,控制程序和集成电路
    • US20140044376A1
    • 2014-02-13
    • US14004261
    • 2012-03-08
    • Seiichi Gohshi
    • Seiichi Gohshi
    • G06T5/00
    • G06T5/003H04N5/142
    • A signal processing device (500) that processes sharpening of an image with respect to an input signal (SR) that represents the image and outputs an output signal (SO) that represents the sharpened image includes an oversampler (200) that generates an oversampled signal (S200) by interpolating a signal in order to increase a sampling frequency with respect to in input signal (SR), and a sharpening processing unit (100) to which the oversampled signal (200) is inputted and which generates a sharpened signal (S100) which is nonlinearly monotonically increased over a wide range high band frequency components in the oversampled signal (S200), and the sharpened signal (S100) is outputted as the output signal (SO).
    • 处理相对于表示图像的输入信号(SR)的图像锐化的信号处理装置(500),并输出表示锐化图像的输出信号(SO),包括产生过采样信号的过采样器(200) (S200),通过内插信号以增加相对于输入信号(SR)的采样频率;以及锐化处理单元(100),对其进行过采样信号(200)的输入并产生锐化信号(S100 )在过采样信号中在宽范围的高频带分量上非线性地单调地增加(S200),并且将锐化信号(S100)作为输出信号(SO)输出。
    • 32. 发明申请
    • SIGNAL PROCESSING DEVICE, CONTROL PROGRAM, AND INTEGRATED CIRCUIT
    • 信号处理设备,控制程序和集成电路
    • US20130176495A1
    • 2013-07-11
    • US13823299
    • 2011-09-22
    • Seiichi Gohshi
    • Seiichi Gohshi
    • H04N5/14
    • H04N5/142G06T5/003H04N5/208
    • A signal processing device (500a) subjects an input signal indicating an image to a process of sharpening the image and outputs a signal indicating the sharpened image, and includes: a two-dimensional filter (200) for removing, from the input signal, a high frequency component of frequency components in directions other than horizontal/vertical directions of the image indicated by the input signal, to generate an obliquely reduced signal; a sharpening process section (100A) for generating a sharpened signal (S101) by a nonlinear process section (102) performing a nonlinear process on a signal indicating pixels adjacently aligned in a horizontal direction of an image indicated by the obliquely reduced signal; and a sharpening process section (100B) for generating a sharpened signal (S102) by a nonlinear process section (102) performing a nonlinear process on a signal indicating pixels adjacently aligned in a vertical direction of an image indicated by the sharpened signal (S101).
    • 信号处理装置(500a)对表示图像的输入信号进行锐化图像的处理,并输出表示锐化图像的信号,并且包括:二维滤波器(200),用于从输入信号中去除 在由输入信号指示的图像的水平/垂直方向以外的方向上的频率分量的高频分量,以产生倾斜减小的信号; 一个锐化处理部分(100A),用于通过非线性处理部分(102)产生锐化信号(S101),所述非线性处理部分对指示由所述倾斜缩小信号指示的图像在水平方向上相邻排列的像素的信号进行非线性处理; 以及锐化处理部(100B),用于通过非线性处理部(102)产生锐化信号(S102),所述非线性处理部对由所述锐化信号表示的图像的垂直方向上相邻排列的像素的信号进行非线性处理(S101) 。
    • 34. 发明申请
    • MOTION DETECTION DEVICE, CONTROL PROGRAM, AND INTEGRATED CIRCUIT
    • 运动检测装置,控制程序和集成电路
    • US20120308085A1
    • 2012-12-06
    • US13577705
    • 2010-11-08
    • Seiichi Gohshi
    • Seiichi Gohshi
    • G06K9/62
    • H04N5/142G06T7/223H04N5/144
    • A motion detection device (200) receives a signal indicative of a moving image and detects motion between frames with respect to each block region consisting of one or a plurality of adjacent pixels constituting each frame constituting the moving image, and includes: a difference calculation section (220) for obtaining a difference signal (S220) indicative of a difference between adjacent two frames; a first edge detection section (230) for obtaining, with respect to each block region, a first edge signal (S230) included in one of the two frames; a second edge detection section (240) for obtaining, with respect to each block region, a second edge signal (S240) included in the other of the two frames; an edge calculation section (250) for obtaining, with respect to each block region, an edge signal (S250) by adding a product of the first edge signal (S230) and a first coefficient to a product of the second edge signal (S240) and a second coefficient; and a division section (260) for obtaining, with respect to each block region, a motion signal (S260) by dividing the difference signal (S220) by the edge signal (S250).
    • 运动检测装置(200)接收指示运动图像的信号,并且检测由构成构成运动图像的每个帧的一个或多个相邻像素组成的每个块区域的帧之间的运动,并且包括:差分计算部 (220),用于获得指示相邻两个帧之间的差的差信号(S220); 第一边缘检测部分,用于相对于每个块区域获得包括在两个帧之一中的第一边缘信号(S230); 第二边缘检测部分(240),用于相对于每个块区域获得包括在所述两个帧中的另一个中的第二边缘信号(S240); 用于通过将第一边缘信号(S230)和第一系数的乘积与第二边缘信号(S240)的乘积相加来获得关于每个块区域的边缘信号(S250)的边缘计算部分(250) 和第二系数; 以及分割部(260),用于通过将差分信号(S220)除以边缘信号(S250)来获得关于每个块区域的运动信号(S260)。
    • 35. 发明授权
    • Prefilter, compressive coding pre-processing apparatus and decompressive decoding post-processing apparatus, and compressive coding apparatus and decompressive decoding apparatus
    • 预滤波器,压缩编码预处理装置和解压缩解码后处理装置,以及压缩编码装置和解压缩解码装置
    • US07639884B2
    • 2009-12-29
    • US11409254
    • 2006-04-24
    • Kazuhisa IguchiSeiichi GohshiShinichi Sakaida
    • Kazuhisa IguchiSeiichi GohshiShinichi Sakaida
    • G06K9/36
    • H04N19/85H04N19/80
    • A prefilter for use in a compressive coding apparatus, the compressive coding apparatus including the prefilter for limiting a frequency band of an input image and a compressive coding unit for implementing compressive coding of an image signal of which frequency band is limited with the prefilter, the prefilter includes: a time filter unit; a two-dimensional filter unit; and an enhancement unit. A compressive coding pre-processing apparatus provided with the prefilter includes: a prefilter unit for attenuating a diagonal frequency component of each image; a pixel skipping unit for skipping a pixel of an image signal of which diagonal frequency component is attenuated by the prefilter unit by folding back a horizontal high frequency component to a vertical high frequency component, or folding back the vertical high frequency component to the horizontal high frequency component; and a pixel space contracting unit for contracting a space of the skipped pixel.
    • 一种用于压缩编码装置的预滤器,包括用于限制输入图像的频带的预滤波器的压缩编码装置和用于实现预滤器对频带进行限制的图像信号的压缩编码的压缩编码单元, 预过滤器包括:时间滤波器单元; 二维滤波器单元; 和增强单元。 设置有前置滤波器的压缩编码预处理装置包括:预滤波器单元,用于衰减每个图像的对角频率分量; 用于通过将水平高频分量折回到垂直高频分量或者将垂直高频分量折回到水平高度来跳过由预滤波器单元衰减对角线频率分量的图像信号的像素的像素跳过单元 频率分量 以及用于收缩所述跳过的像素的空间的像素空间收缩单元。