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    • 1. 发明授权
    • Optical information recording apparatus and method
    • 光信息记录装置及方法
    • US07693021B2
    • 2010-04-06
    • US11401243
    • 2006-04-11
    • Yasuhiko Teranishi
    • Yasuhiko Teranishi
    • G11B7/00
    • G11B7/00736G11B7/08505G11B20/1217G11B2007/0013G11B2220/237
    • A first data-recorded region is formed in one of multiple recording layers of a rewritable optical disc before a second data-recorded region is formed therein. A first on-disc position is related to an innermost position within the second data-recorded region. Information is reproduced from a recording management area of the disc. A second on-disc position is derived from the reproduced information. The second on-disc position is in substantial coincidence with an outermost position within the first data-recorded region. The first on-disc position and the second on-disc position are compared to decide whether an unused portion is present in or absent from a region therebetween. When the unused portion is present, padding data is recorded thereon. The second on-disc position is updated into substantial coincidence with an outermost position within the second data-recorded region. The information in the recording management area is updated to reflect the updated second on-disc position.
    • 在形成第二数据记录区域之前,第一数据记录区域形成在可重写光盘的多个记录层之一中。 第一光盘位置与第二数据记录区域内的最内位置有关。 信息从盘的记录管理区再现。 从再现的信息导出第二光盘位置。 第二光盘位置与第一数据记录区域内的最外位置大致一致。 比较第一光盘位置和第二光盘位置,以确定在它们之间的区域中是否存在未使用部分。 当存在未使用部分时,在其上记录填充数据。 第二光盘位置被更新为与第二数据记录区域内的最外位置大致一致。 记录管理区域中的信息被更新以反映更新的第二光盘位置。
    • 2. 发明申请
    • Optical information recording apparatus and method
    • 光信息记录装置及方法
    • US20060233079A1
    • 2006-10-19
    • US11401243
    • 2006-04-11
    • Yasuhiko Teranishi
    • Yasuhiko Teranishi
    • G11B7/00
    • G11B7/00736G11B7/08505G11B20/1217G11B2007/0013G11B2220/237
    • A first data-recorded region is formed in one of multiple recording layers of a rewritable optical disc before a second data-recorded region is formed therein. A first on-disc position is related to an innermost position within the second data-recorded region. Information is reproduced from a recording management area of the disc. A second on-disc position is derived from the reproduced information. The second on-disc position is in substantial coincidence with an outermost position within the first data-recorded region. The first on-disc position and the second on-disc position are compared to decide whether an unused portion is present in or absent from a region therebetween. When the unused portion is present, padding data is recorded thereon. The second on-disc position is updated into substantial coincidence with an outermost position within the second data-recorded region. The information in the recording management area is updated to reflect the updated second on-disc position.
    • 在形成第二数据记录区域之前,第一数据记录区域形成在可重写光盘的多个记录层之一中。 第一光盘位置与第二数据记录区域内的最内位置有关。 信息从盘的记录管理区再现。 从再现的信息导出第二光盘位置。 第二光盘位置与第一数据记录区域内的最外位置大致一致。 比较第一光盘位置和第二光盘位置,以确定在它们之间的区域中是否存在未使用部分。 当存在未使用部分时,在其上记录填充数据。 第二光盘位置被更新为与第二数据记录区域内的最外位置大致一致。 记录管理区域中的信息被更新以反映更新的第二光盘位置。
    • 3. 发明授权
    • Apparatus for recording digital picture signal
    • 用于记录数字图像信号的装置
    • US06201926B1
    • 2001-03-13
    • US08998594
    • 1997-12-29
    • Yumi YoshidaYasuhiko TeranishiSeiji Higurashi
    • Yumi YoshidaYasuhiko TeranishiSeiji Higurashi
    • H04N5783
    • H04N21/434H04N19/115H04N19/132H04N19/137H04N19/146H04N19/149H04N19/18H04N19/60H04N21/236
    • Code words, which correspond to orthogonal-transform-resultant coefficients having order numbers equal to or higher than an order number “n+1”, are deleted from code words composing each 1-intra-frame segment of an input digital picture signal to generate special picture data with a frame period NS on the basis of the input digital picture signal. Estimation is made as to a code amount CF(nmin) of special picture data generated by deleting code words, which correspond to orthogonal-transform-resultant coefficients having order numbers equal to or higher than an order number “nmin+1”, from code words composing a 1-intra-frame segment of the input digital picture signal, where “nmin” denotes a lower limit of an order number “n”. The frame period NS of the special picture data and a target code amount C are decided so that the estimated code amount CF(nmin) will be equal to or smaller than the target code amount C. The input digital picture signal is recorded on a recording medium. The special picture data is recorded on predetermined positions in the recording medium.
    • 对应于具有等于或高于订单号“n + 1”的订货号的正交变换合成系数的代码字从构成输入数字图像信号的每个1-帧内段的码字中删除,以产生 基于输入的数字图像信号的具有帧周期NS的特殊图像数据。 对代码量的编码量CF(nmin)进行估计,该特征图像数据是通过删除代码字而产生的,该代码字对应于具有等于或高于订单号“nmin + 1”的订单号的正交变换合成系数 构成输入数字图像信号的1帧内片段的单词,其中“nmin”表示订单号“n”的下限。 决定特殊图像数据的帧周期NS和目标代码量C,使得估计代码量CF(nmin)将等于或小于目标代码量C.输入的数字图像信号被记录在记录 中。 特殊图像数据被记录在记录介质中的预定位置上。
    • 6. 发明授权
    • Image information compression and decompression device
    • 图像信息压缩和解压缩装置
    • US5633684A
    • 1997-05-27
    • US365079
    • 1994-12-28
    • Yasuhiko TeranishiSeiji HigurashiMitsuo Harumatsu
    • Yasuhiko TeranishiSeiji HigurashiMitsuo Harumatsu
    • H04N19/60H04N19/423H04N19/503H04N19/51H04N19/59H04N19/593H04N19/61H04N19/625H04N19/635H04N19/85H04N7/18
    • H04N19/577H04N19/53H04N19/61H04N19/63
    • An image information compression and decompression device produces a low frequency band signal suitable for reproduction of a standard definition (SD) image and a combined high frequency band signal which, when processed together with the low frequency band signal, can reproduce a high definition (HD) image. These signals are derived from a high definition (HD) image signal and are subjected to motion compensation prediction coding. An I picture of the HD image is divided into a plurality of band signals which are coded and quantized by a coding/quantizing circuit. Thus, an intra-plane coding of the divided image signal is performed for the I picture. For a P picture of the HD image, a low frequency band signal is derived and a combined high frequency band signal excluding the low frequency band signal is produced. The low frequency band signal and the combined high frequency band signal are subjected to motion compensation prediction coding by a motion compensation prediction coding circuit. This results in a system which is compatible to both standard and high definition television systems.
    • 图像信息压缩和解压缩装置产生适合于再现标准清晰度(SD)图像的低频带信号和与低频带信号一起处理的组合高频带信号可以再现高清晰度(HD ) 图片。 这些信号从高分辨率(HD)图像信号导出,并且经受运动补偿预测编码。 HD图像的I图像被分割成由编码/量化电路编码和量化的多个频带信号。 因此,对I图像执行分割图像信号的平面内编码。 对于HD图像的P图像,导出低频带信号,并且产生除了低频带信号之外的组合的高频带信号。 低频带信号和组合的高频信号由运动补偿预测编码电路进行运动补偿预测编码。 这导致与标准和高清晰度电视系统兼容的系统。