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    • 1. 发明授权
    • Error correction device, encoder, decoder, method, and information storage device
    • 纠错装置,编码器,解码器,方法和信息存储装置
    • US07644337B2
    • 2010-01-05
    • US11514041
    • 2006-08-31
    • Toshio ItoToshihiko Morita
    • Toshio ItoToshihiko Morita
    • H03M13/29
    • H03M13/1102H03M13/1515H03M13/19H03M13/29H03M13/2918H03M13/2927H03M13/293
    • An encoder divides the data in which sector data is adjacently connected to a first RS parity generated in Reed Solomon encoding into blocks to and subjects each of the blocks to cyclic Hamming encoding so as to generate Hamming parities. Subsequently, the data in which the Hamming parities are aligned in a row is subjected to Reed Solomon encoding so as to generate a second RS parity, and encoded data in which the first RS parity and the second RS parity are adjacently connected to the sector data is output. A decoder s divides the sector data and the first RS parity into n blockes and cyclic Hamming encoding, aligns the parities thereof, corrects errors in the parities by Reed Solomon decoding by the second RS parity, then corrects 1-bit errors in blockes by cyclic Hamming decoding, and further corrects errors of 2 or more bits by Reed Solomon decoding by the first RS parity.
    • 编码器将哪个扇区数据相邻地连接到在Reed Solomon编码中产生的第一RS奇偶校验的数据分成块,并将每个块的每一个块进行循环汉明编码,以便产生汉明奇偶校验。 随后,将汉明奇偶校验排成行的数据进行Reed Solomon编码,以产生第二RS奇偶校验,并且将第一RS奇偶校验和第二RS奇偶校验相邻连接到扇区数据的编码数据 被输出。 解码器将扇区数据和第一RS奇偶校验分为n个块和循环汉明编码,对齐其奇偶校验,通过Reed Solomon解码校正奇偶校验中的错误,通过第二RS奇偶校验,然后通过循环来纠正块中的1位错误 汉明解码,并通过第一RS奇偶校验由Reed Solomon解码进一步校正2位或更多位的错误。
    • 2. 发明申请
    • Error correction device, encoder, decoder, method, and information storage device
    • 纠错装置,编码器,解码器,方法和信息存储装置
    • US20070266300A1
    • 2007-11-15
    • US11514041
    • 2006-08-31
    • Toshio ItoToshihiko Morita
    • Toshio ItoToshihiko Morita
    • G11C29/00
    • H03M13/1102H03M13/1515H03M13/19H03M13/29H03M13/2918H03M13/2927H03M13/293
    • An encoder divides the data in which sector data is adjacently connected to a first RS parity generated in Reed Solomon encoding into blocks to and subjects each of the blocks to cyclic Hamming encoding so as to generate Hamming parities. Subsequently, the data in which the Hamming parities are aligned in a row is subjected to Reed Solomon encoding so as to generate a second RS parity, and encoded data in which the first RS parity and the second RS parity are adjacently connected to the sector data is output. A decoder divides the sector data and the first RS parity into n blockes and cyclic Hamming encoding, aligns the parities thereof, corrects errors in the parities by Reed Solomon decoding by the second RS parity, then corrects 1-bit errors in blockes by cyclic Hamming decoding, and further corrects errors of 2 or more bits by Reed Solomon decoding by the first RS parity.
    • 编码器将哪个扇区数据相邻地连接到在Reed Solomon编码中产生的第一RS奇偶校验的数据分成块,并将每个块的每一个块进行循环汉明编码,以便产生汉明奇偶校验。 随后,将汉明奇偶校验排成行的数据进行Reed Solomon编码,以产生第二RS奇偶校验,并且将第一RS奇偶校验和第二RS奇偶校验相邻连接到扇区数据的编码数据 被输出。 解码器将扇区数据和第一RS奇偶校验分为n个块和循环汉明编码,对齐其奇偶校验,通过Reed Solomon解码校正奇偶校验中的错误,通过第二RS奇偶校验,然后通过循环汉明校正块阻塞中的1位错误 解码,并通过第一RS奇偶校验通过Reed Solomon解码进一步校正2位或更多位的错误。
    • 7. 发明授权
    • Method for determining orientation of contour line segment in local area
and for determining straight line and corner
    • 确定局部区域轮廓线段方位和确定直线和拐角的方法
    • US5870494A
    • 1999-02-09
    • US893256
    • 1997-07-16
    • Shinji KandaJun WakitaniTsugito MaruyamaToshihiko Morita
    • Shinji KandaJun WakitaniTsugito MaruyamaToshihiko Morita
    • G06K9/46G06T5/00G06T5/20G06T7/00
    • G06K9/4633G06K9/4609G06T5/20G06T7/0042G06T7/0083G06T7/0085
    • A method for determining an orientation of a line segment in a contour in a local area of a binary contour image. The number of pixels having a predetermined value and located in each orientation in the local area, is obtained, and it is determined that a line segment exists in an orientation in which the number of pixels is large. Further, when it is determined that the number of pixels located in each of a plurality of orientations and having a predetermined value, is greater than a sum of the numbers of pixels in orientations adjacent to said each orientation on both sides thereof, it is determined that a line segment exists in said each orientation. Two orientations in which large numbers of pixels are located are detected, and it is determined whether the point is a constituent of a line segment, a line segment of the sub-straight-line form, or a near-corner point, depending on angles made by the two orientations is equal to 180.degree., or a difference of the angles made by the two orientations from 180.degree.. Contiguously arrayed pixels in the same orientation are detected as a line segment. A position and an orientation are obtained from points near a corner, and representative values of the positions and orientations of contiguously arrayed near-corner points are determined. (FIG. 3)
    • 一种用于确定二进制轮廓图像的局部区域中的轮廓中的线段的取向的方法。 获得具有预定值并位于局部区域中的每个取向的像素数,并且确定在像素数量大的取向中存在线段。 此外,当确定位于多个取向中的并且具有预定值的每个中的像素的数量大于与其两侧上的所述每个取向相邻的取向中的像素数的总和时,确定 在所述每个取向上存在线段。 检测到其中存在大量像素的两个取向,并且根据角度确定该点是线段,亚直线形式的线段还是近角点的组成 由两个取向制成的角度等于180°,或者两个方向的角度与180°的差。 以相同方向连续排列的像素被检测为线段。 从拐角附近的点获得位置和取向,并且确定连续排列的近角点的位置和取向的代表值。 (图3)
    • 10. 发明授权
    • Method for determining orientation of contour line segment in local area
and for determining straight line and corner
    • 确定局部区域轮廓线段方位和确定直线和拐角的方法
    • US5668893A
    • 1997-09-16
    • US676512
    • 1996-07-08
    • Shinji KandaJun WakitaniTsugito MaruyamaToshihiko Morita
    • Shinji KandaJun WakitaniTsugito MaruyamaToshihiko Morita
    • G06K9/46G06T5/00G06T5/20G06T7/00
    • G06K9/4633G06K9/4609G06T5/20G06T7/0042G06T7/0083G06T7/0085
    • The present invention relates to a method for determining an orientation of a line segment in a contour in a local area of a binary contour image. The number of pixels having a predetermined value and located in each orientation in the local area, is obtained, and it is determined that a line segment exists in an orientation in which the number of pixels is large. Further, when it is determined that the number of pixels located in each of a plurality of orientations and having a predetermined value is greater than a sum of the numbers of pixels in orientations adjacent to said each orientation on both sides thereof, it is determined that a line segment exists in said each orientation. Two orientations in which large numbers of pixels are located are detected, and it is determined whether the point is a constituent of a line segment, a line segment of the sub-straight-line form, or a near-corner point, depending on angles made by the two orientations is equal to 180.degree., or a difference of the angles made by the two orientations from 180.degree.. Contiguously arrayed pixels in the same orientation are detected as a line segment. A position and an orientation are obtained from points near a corner, and representative values of the positions and orientations of contiguously arrayed near-corner points are determined.
    • 本发明涉及一种用于确定二进制轮廓图像的局部区域中的轮廓中的线段的取向的方法。 获得具有预定值并位于局部区域中的每个取向的像素数,并且确定在像素数量大的取向中存在线段。 此外,当确定位于多个取向中的并且具有预定值的每个中的像素的数量大于其两侧上与所述每个取向相邻的取向中的像素数的总和时,确定 在所述每个取向上存在线段。 检测到其中存在大量像素的两个取向,并且根据角度确定该点是线段,亚直线形式的线段还是近角点的组成 由两个取向制成的角度等于180°,或者两个方向的角度与180°的差。 以相同方向连续排列的像素被检测为线段。 从拐角附近的点获得位置和取向,并且确定连续排列的近角点的位置和取向的代表值。