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    • 21. 发明授权
    • Data storage unit, data storage controlling apparatus and method, and data storage controlling program
    • 数据存储单元,数据存储控制装置和方法以及数据存储控制程序
    • US07558934B2
    • 2009-07-07
    • US11029226
    • 2005-01-04
    • Tetsujiro KondoKenji TakahashiHiroshi SatoTsutomu IchikawaHiroki TetsukawaMasaki Handa
    • Tetsujiro KondoKenji TakahashiHiroshi SatoTsutomu IchikawaHiroki TetsukawaMasaki Handa
    • G06F12/00G06F12/02
    • G11C8/12G11C7/1006
    • A data storage unit is provided in which all data are stored into a memory including a plurality of memory banks and a plurality of desired data is read simultaneously, without any load to the hardware. It includes a memory controlling means including a data storage controller (20), data read controller 30 and data move controller (40), for judging, based on an access pattern representing a plurality of desired data to be read simultaneously when storing data sequentially into the memory with the data being divided among the plurality of memory banks of the memory, whether the data going to be stored are ones at locations corresponding to the access pattern, and storing all data at the locations corresponding to the access pattern into different memory banks by skipping a memory bank in which the data is to be stored, by incrementing its address, when the data to be read simultaneously are ones at the locations corresponding to the access pattern, and storing data at the locations corresponding to the access pattern into the memory bank having the bank address thereof incremented. The memory controlling means provides a control to read a plurality of desired data simultaneously from a memory (10).
    • 提供一种数据存储单元,其中所有数据都被存储到包括多个存储体的存储器中,并且多个期望数据被同时读取,而不对硬件负载。 它包括存储器控制装置,包括数据存储控制器(20),数据读取控制器30和数据移动控制器(40),用于当将数据顺序地存入时,基于表示要同时读取的多个期望数据的访问模式进行判断 在存储器的多个存储体之间划分数据的存储器,要存储的数据是否为与访问模式相对应的位置的数据,并且将与访问模式对应的位置处的所有数据存储到不同的存储体中 当要同时读取的数据是与访问模式相对应的位置时,通过跳过其中要存储数据的存储体,并且将与访问模式对应的位置的数据存储到 存储库的存储体积增加。 存储器控制装置提供从存储器(10)同时读取多个期望数据的控制。
    • 23. 发明申请
    • MOTION-VECTOR DETECTING DEVICE, MOTION-VECTOR DETECTING METHOD, AND COMPUTER PROGRAM
    • 运动矢量检测装置,运动矢量检测方法和计算机程序
    • US20060285596A1
    • 2006-12-21
    • US11467777
    • 2006-08-28
    • Tetsujiro KondoKenji TakahashiKazushi YoshikawaTakanori Ishikawa
    • Tetsujiro KondoKenji TakahashiKazushi YoshikawaTakanori Ishikawa
    • H04N11/02H04N7/12H04B1/66H04N11/04
    • H04N19/54G06T7/223H04N19/43
    • A device and method that serve to generate an accurate evaluation-value table and to detect a correct motion vector are provided. A weight coefficient W is calculated on the basis of correlation information of a representative-point pixel and flag-correlation information based on flag data corresponding to pixel-value difference data between a subject pixel and a pixel in a neighboring region of the subject pixel. A confidence index is generated on the basis of the weight coefficient W calculated and an activity A as an index of complexity of image data, or a confidence index is generated on the basis of similarity of motion between the representative point and a pixel neighboring the representative point, and an evaluation value corresponding to the confidence index is accumulated to generate an evaluation-value table. Furthermore, correlation is checked on the basis of positions or pixel values of feature pixels neighboring the subject pixel to determine a motion vector.
    • 提供了用于产生精确的评估值表并检测正确的运动矢量的装置和方法。 基于代表点像素的相关信息和基于与被摄体像素的相邻区域中的像素之间的像素值差数据相对应的标志数据的标志相关信息来计算权重系数W. 基于所计算的权重系数W和作为图像数据的复杂度的索引的活动A生成置信指标,或者基于代表点与代表之间的像素之间的运动的相似度生成置信指标 点,并且累积与置信指数对应的评估值,以生成评估值表。 此外,基于与对象像素相邻的特征像素的位置或像素值来检查相关性以确定运动矢量。
    • 29. 发明申请
    • Image signal conversion apparatus, image signal conversion method, image display apparatus using the same and coefficient data generating apparatus used therein
    • 图像信号转换装置,图像信号转换方法,使用其的图像显示装置和其中使用的系数数据生成装置
    • US20060028581A1
    • 2006-02-09
    • US11239868
    • 2005-09-30
    • Tetsujiro KondoKenji TakahashiKazushi Yoshikawa
    • Tetsujiro KondoKenji TakahashiKazushi Yoshikawa
    • H04N7/01
    • H04N7/0137H04N5/44H04N7/0125H04N7/0145H04N21/440218H04N21/4854
    • The present invention relates to an image signal conversion apparatus or the like preferably applied, for example, when a SD signal (525i) is converted into a HD signal (525p or the like). In the image signal conversion section (110), the SD signal is converted into the HD signal, and the image is displayed on the display section (111). A class code CL indicating a class of a subject pixel of the HD signal is obtained by detecting a space class and a motion class from tap pixel data corresponding to the subject pixel of HD signal which is selectively fetched from a SD signal. The controller (101) loads coefficient data of each class according to the selected resolution into the coefficient memory (134) from the information memory bank (135) when the user selects the resolution. In the calculation circuit (127), pixel data of the subject pixel of the HD signal is calculated using an estimating equation based on the tap data xi corresponding to the subject pixel of the HD signal selectively fetched from the SD signal in the tap selection circuit (121) and the coefficient data wi read in class code CL from the coefficient memory (134).
    • 本发明涉及当SD信号(525i)被转换为HD信号(525p等)时优选应用的图像信号转换装置等。 在图像信号转换部分(110)中,将SD信号转换为HD信号,并将图像显示在显示部分(111)上。 通过从与SD信号有选择地取出的HD信号对象像素相对应的抽头像素数据中检测空间等级和运动等级来获得指示HD信号的主题像素的类别的类代码CL。 当用户选择分辨率时,控制器(101)根据所选择的分辨率将来自信息存储体(135)的所选分辨率的每个类的系数数据加载到系数存储器(134)中。 在计算电路(127)中,使用基于与抽头选择电路中的SD信号有选择地取出的HD信号的对象像素对应的抽头数据xi的推定式来计算HD信号的被摄体像素的像素数据 (121)和从系数存储器(134)在类代码CL中读取的系数数据wi。
    • 30. 发明授权
    • Data converting apparatus, method thereof, and recording medium
    • 数据转换装置,方法和记录介质
    • US06385249B1
    • 2002-05-07
    • US09572260
    • 2000-05-17
    • Tetsujiro KondoKenji TakahashiNaoki KobayashiYoshinori Watanabe
    • Tetsujiro KondoKenji TakahashiNaoki KobayashiYoshinori Watanabe
    • H04N712
    • G06T3/40H04N19/50
    • A picture reducing circuit 1 reduces a supplied original picture. A higher picture memory 2 stores an input higher picture. A predictive tap extracting circuit 3 extracts predictive taps from the higher picture stored in the higher picture memory 2 and outputs the extracted predictive taps to a mapping circuit 4, predictive coefficient generating circuit 5, and pixel value updating circuit 8. The mapping circuit 4 calculates a linear combination of predictive taps and predictive coefficients and obtains a predictive picture. The predictive picture is output to an error calculating circuit 6. The error calculating circuit 6 calculates an error (S/N ratio) between pixel value of the predictive picture and that of the original picture. A comparing and determining circuit 7 controls a non-linear processing circuit 9 corresponding to the difference of the errors. The non-linear processing circuit 9 adds or subtracts a predetermined value to/from the pixel value of each pixel of the updated higher picture corresponding to the variation amount of pixel value updated by the pixel value updating circuit 8.
    • 图像缩小电路1减少所提供的原始图像。 较高的图像存储器2存储输入较高的图像。 预测抽头提取电路3从存储在较高画面存储器2中的较高画面提取预测抽头,并将所提取的预测抽头输出到映射电路4,预测系数产生电路5和像素值更新电路8.映射电路4计算 预测抽头和预测系数的线性组合,并获得预测图像。 预测图像被输出到误差计算电路6.误差计算电路6计算预测图像的像素值与原始图像的像素值之间的误差(S / N比)。 比较和确定电路7控制对应于错误差异的非线性处理电路9。 非线性处理电路9对与由像素值更新电路8更新的像素值的变化量相对应的更新后的高级图像的每个像素的像素值加上或减去预定值。