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    • 7. 发明授权
    • Image processing apparatus
    • 图像处理装置
    • US07209260B1
    • 2007-04-24
    • US09618537
    • 2000-07-18
    • Hiroshi TanakaYoshiyuki NakaiToru AdachiKeiji NakamuraTokiyuki OkanoKohsuke Harada
    • Hiroshi TanakaYoshiyuki NakaiToru AdachiKeiji NakamuraTokiyuki OkanoKohsuke Harada
    • G06K15/02
    • H04N1/3935G06T1/60G06T3/40
    • The object of the present invention is to use the same FIFO line memory for both enlargement and reduction during variable-magnification processing in the scan direction, allowing reduction in circuit board area, reduction in power consumption, and reduction in cost, and to provide an image processing apparatus that allows variable-magnification processing to be carried out such that the speed of a scanning unit that captures image data during variable-magnification processing in the cross-scan direction is constant. During processing to enlarge an image in the scan direction, image data travels from CCD circuit board, passing through gate b of selector, is written to and read from FIFO memory, and from gate b of selector is written to memory provided at variable magnification unit. At variable magnification unit, image data is read from memory a plurality of times in correspondence to enlargement ratio, changing the magnification of the image data. Furthermore, image data is output through gate a of selector to LSU unit. During processing to reduce an image, image data travels from CCD circuit board, passing through gate a of selector, is input to variable magnification unit where it is subjected to variable-magnification processing, passes through gate a of selector, is written to and read from FIFO memory, passes through gate b of selector, and is output to LSU unit.
    • 本发明的目的是在扫描方向的可变放大处理期间使用相同的FIFO行存储器进行放大和缩小,从而减少电路板面积,降低功耗并降低成本,并且提供 允许进行可变放大处理的图像处理装置,使得在横扫描方向的可变放大处理期间捕获图像数据的扫描单元的速度是恒定的。 在扫描方向放大图像的处理过程中,图像数据从CCD电路板行进,通过选择器的栅极b,被写入FIFO存储器并从FIFO存储器读取,并从选择器的栅极b写入可变倍率单位 。 在可变放大单元处,对应于放大率,从存储器多次读取图像数据,改变图像数据的放大率。 此外,图像数据通过选择器的门A输出到LSU单元。 在减少图像的处理过程中,图像数据从CCD电路板行进,通过选通器的门a,被输入到可变放大单元,经过可变放大处理,通过选通器的门a,被写入并读取 从FIFO存储器通过选择器的门b,并输出到LSU单元。
    • 8. 发明申请
    • Method and apparatus for managing information on parts, and computer product
    • 用于管理零件和计算机产品信息的方法和装置
    • US20060120401A1
    • 2006-06-08
    • US11293107
    • 2005-12-05
    • Kohsuke HaradaFujio NakamuraYuuichi Ohta
    • Kohsuke HaradaFujio NakamuraYuuichi Ohta
    • H04J3/22
    • G06Q10/087
    • An apparatus for managing information on at least one part to be used to manufacture a product includes a part-data creating unit configure to create part data that includes information on a part designated by a customer to be used to manufacture a product; a common-function-part data creating unit configured to create common-function-part data that includes at least two common-function-parts that have substantially common functions and priority information of each of the common-function-parts; an acquiring unit configured to acquire replacement-possibility data indicative of whether replacement of designated part with an alternative part is possible; an extracting unit configured to extract an alternative part for the designated part based on the common-function-part data; a determining unit configured to determine whether to replace the designated part with the alternative part based on the common-function-part data and the replacement-possibility data.
    • 用于管理要用于制造产品的至少一个部分的信息的装置包括:部件数据创建单元,其被配置为创建零件数据,所述零件数据包括由客户指定的用于制造产品的部件的信息; 共同功能部件数据创建单元,被配置为创建共同功能部件数据,其包括至少两个共同功能部件,所述共同功能部件具有每个所述共同功能部件的基本上共同的功能和优先级信息; 获取单元,被配置为获取指示是否可以用替代部分替换指定部分的替换可能性数据; 提取单元,被配置为基于所述共同功能部分数据提取所述指定部分的替代部分; 确定单元,被配置为基于所述共同功能部件数据和所述替换可能性数据来确定是否用所述替代部件替换所述指定部件。
    • 9. 发明申请
    • Decoding apparatus and method for decoding the data encoded with an LDPC code
    • 用于对用LDPC码编码的数据进行解码的解码装置和方法
    • US20060005104A1
    • 2006-01-05
    • US11158061
    • 2005-06-22
    • Kohsuke Harada
    • Kohsuke Harada
    • H03M13/00
    • H04L1/0057H03M13/1105H03M13/3707H03M13/6337H04L1/005
    • A channel condition detecting unit detects a condition of a channel between a transmitting apparatus and a receiving apparatus, in accordance with a pilot signal. A reference check matrix employed for LDPC coding in the transmitting apparatus is stored in the check matrix reconstructing unit. The check matrix reconstructing unit reconstructs the reference check matrix in accordance with a detection result of the channel condition detecting unit. An LDPC decoding unit obtains a probability value of each of bits in the receive data by executing the LDPC decoding operation based on a check matrix supplied from the check matrix reconstructing unit, for a likelihood value of each of the bits in an encoded bit sequence input from a detecting unit. A hard decision unit subjects a probability value of each of bits in the receive data to hard decision and obtains the receive data.
    • 信道条件检测单元根据导频信号检测发送装置和接收装置之间的信道的状况。 在发送装置中用于LDPC编码的参考校验矩阵存储在校验矩阵重建单元中。 校验矩阵重建单元根据信道条件检测单元的检测结果重构参考校验矩阵。 LDPC解码单元通过基于从校验矩阵重建单元提供的校验矩阵执行LDPC解码操作,获得编码比特序列输入中每个比特的似然值,从而获得接收数据中的每个比特的概率值 来自检测单元。 硬决策单元对接收数据中的每个比特的概率值进行硬判决,并获得接收数据。