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    • 1. 发明申请
    • OPTICAL DISC DEVICE AND OPTICAL DISC
    • 光盘设备和光盘
    • US20110242948A1
    • 2011-10-06
    • US12599344
    • 2008-05-16
    • Tatsuo SuzukiKatsuya WatanabeHiroyuki Yabuno
    • Tatsuo SuzukiKatsuya WatanabeHiroyuki Yabuno
    • G11B7/007
    • G11B7/00736G11B7/0062G11B7/1267G11B7/24079G11B2007/0013
    • There is provided an optical disc device including an objective lens, a lens actuator for driving the objective lens, a light-receiving unit, and a system control unit which determines, at startup, the values of parameters to be set for recording or reproducing data in or from the respective information layers, and performs setting and management of recording inhibition or reproduction inhibition for the respective information layers, wherein, even when an error occurs because the values of the parameter groups for the respective layers cannot be determined in an optical disc having laminated plural information layers, recording or reproduction can be performed for at least the layers for which the parameters can be correctly determined, without stopping the startup. Thereby, the states of the respective information layers are managed for each information layer, and reproduction or recording operation is rapidly started in the respective layers to effectively utilize the multilayer disc.
    • 提供了一种包括物镜,用于驱动物镜的透镜致动器,光接收单元和系统控制单元的光盘装置,其在启动时确定要设置用于记录或再现数据的参数值 在相应的信息层中或从相应的信息层进行记录禁止或再现禁止的设置和管理,其中即使出现错误也是因为不能在光盘中确定各层的参数组的值 具有层叠的多个信息层,可以至少对可以正确确定参数的层执行记录或再现,而不停止启动。 由此,针对每个信息层管理各个信息层的状态,并且在各层中快速开始再现或记录操作以有效地利用多层盘。
    • 2. 发明授权
    • CPU-containing LSI, and optical disk device and LSI device with the same
    • 含CPU的LSI,以及具有相同的光盘装置和LSI装置
    • US07318131B2
    • 2008-01-08
    • US11800207
    • 2007-05-04
    • Machiko SatouHiroyuki Yabuno
    • Machiko SatouHiroyuki Yabuno
    • G06F13/00
    • G06F9/445
    • The present invention provides a CPU-containing LSI in which software stored in an external memory is incorporated partially into a RAM and thereby the capacity of the RAM to be used can be held down, and an optical disk device including the same. In the CPU-containing LSI, the RAM includes a software storage region where software read in from the external memory on a module-by-module basis is stored, and an entry table in which entries are stored, with the entries each containing at least information as to a location and a size of a module stored in the software storage region. The CPU refers to the entry table to decide the location where a module to be read in from the external memory to the software storage region is to be stored, according to an incorporation-location search program.
    • 本发明提供一种含CPU的LSI,其中存储在外部存储器中的软件部分地并入RAM中,从而可以抑制RAM的使用容量,以及包括该LSI的光盘装置。 在含CPU的LSI中,RAM包括存储从逐个模块读取的软件的软件存储区域,以及存储有条目的条目表,其中每个条目至少包含 关于存储在软件存储区域中的模块的位置和大小的信息。 根据并入位置搜索程序,CPU参考条目表来决定要从外部存储器读取的模块到软件存储区域的位置。
    • 4. 发明授权
    • Device and method for error correcting coding, and device and method for
error correcting decoding
    • 用于纠错编码的装置和方法,以及用于纠错解码的装置和方法
    • US5914969A
    • 1999-06-22
    • US849388
    • 1997-06-03
    • Hiroyuki YabunoTakashi Yumiba
    • Hiroyuki YabunoTakashi Yumiba
    • H03M13/15H03M13/00
    • H03M13/151
    • A device for encoding an error correcting code for input data of natural number N bits per symbol, by using a Reed-Solomon code having elements on a Galois field GF(2.sup.N) having a number of elements of 2.sup.N. The ROM (14) is provided as product data storage device, after previously computes a plurality of product data on the Galois field between each of the input data and each of coefficients of a generator polynomial of the Reed-Solomon code, and the ROM (14) previously stores the plurality of product data with handling a plurality of b product data as one set for each address. The read control device (12, 13, 24-26, 28), in response to the input data, read out the plurality of product data stored in the ROM (14) in parallel with the plurality of b product data taken as one set, and thereafter write them selectively and sequentially into the natural number m storage units (20-22) via the exclusive OR computing units (15-18) and the bus selector (19). Input data is inputted to the ROM (14) sequentially, and then parity data are generated by the m storage units and outputted therefrom.
    • PCT No.PCT / JP96 / 02866 Sec。 371日期:1997年6月3日 102(e)日期1996年6月3日PCT提交1996年10月2日PCT公布。 公开号WO97 / 13328 日期1997年04月10日,一种用于通过使用具有2N个元素数的伽罗瓦域GF(2N)上具有元素的里德 - 所罗门码来编码每个符号的自然数N位的输入数据的纠错码的装置。 ROM(14)被提供作为产品数据存储装置,之后在每个输入数据和Reed-Solomon码的生成多项式的每个系数之间的伽罗瓦域上预先计算多个乘积数据,以及ROM 14)预先存储多个产品数据,处理多个b个产品数据作为每个地址一组。 读取控制装置(12,13,24-26,28)响应于输入数据,与存储在ROM(14)中的多个产品数据并行地读出作为一组的多个b个产品数据 ,然后经由异或运算单元(15-18)和总线选择器(19)选择性地并顺序地将它们写入自然数m个存储单元(20-22)。 输入数据依次输入到ROM(14),然后奇偶校验数据由m个存储单元产生并由其输出。
    • 7. 发明申请
    • Digital modulation apparatus and digital modulation method
    • 数字调制装置及数字调制方式
    • US20070080833A1
    • 2007-04-12
    • US10553215
    • 2004-03-18
    • Hiroyuki YabunoHironori Deguchi
    • Hiroyuki YabunoHironori Deguchi
    • H03M5/00H03M7/00H03M5/06
    • H04L27/0012G11B20/10G11B20/1426G11B2020/1457
    • A digital modulation apparatus capable of generating a modulated code so that binary slice is correctly performed when reproducing is provided. To achieve this, in a digital modulation apparatus (10A), a DSV change amount calculator (15) calculates change amounts (ΔDSVa, ΔDSVb) in DSVs of candidate modulated codes (CODEa, CODEb) generated by a modulated code generator (11). A modulated code determinator (13) compares the change amounts (ΔDSVa, ΔDSVb), and determines that the candidate modulated code having a smaller absolute value should be selected as a modulated code (CODE). A modulated code selector (14) selects one of the candidate modulated codes (CODEa, CODEb) which is determined by the modulated code determinator (13), and outputs the selected code as a modulated code (CODE) for source data (DATA).
    • 一种数字调制装置,其能够生成调制码,使得在再现时正确地执行二进制片。 为了实现这一点,在数字调制装置(10A)中,DSV变化量计算器(15)计算由调制码发生器(11)产生的候选调制码(CODEa,CODEb)的DSV中的变化量(DeltaDSVa,DeltaDSVb) 。 调制码确定器(13)比较变化量(DeltaDSVa,DeltaDSVb),并确定具有较小绝对值的候选调制码应被选择为调制码(CODE)。 调制码选择器(14)选择由调制码确定器(13)确定的候选调制码(CODEa,CODEb)中的一个,并将选择的码作为源数据(DATA)的调制码(CODE)输出。
    • 8. 发明授权
    • Optical disc recording device and optical disc recording system
    • 光盘记录装置和光盘记录系统
    • US07898932B2
    • 2011-03-01
    • US11996015
    • 2006-07-18
    • Takahiro IchikuraHiroyuki Yabuno
    • Takahiro IchikuraHiroyuki Yabuno
    • G11B7/00
    • G11B7/0037G11B7/00745G11B7/1267
    • When recording is carried out in a DVD-RAM, if at least one address mark could have been detected at the header section, after a test light emission for a laser power control is carried out at a GAP section, normal recording is carried out from GUARD1. Herein, if the delay time in the reproduced data would have increased, and if the head of the GAP section has been passed by at the timing when the AM4 is detected in a period during judging whether the fourth AM has been detected or not, it would not be possible to carry out a test light emission normally at the GAP section. In an optical disc recording device of the present invention, when any of the first to third address marks could have been detected, a test light emission is carried out at the GAP section as conventional, and normal recording is carried out from GUARD1 with controlling the laser powers on the basis of that result. When only AM4 could have been detected, the test light emission is not carried out and normal recording from GUARD1 is carried out.
    • 当在DVD-RAM中进行记录时,如果在标题部分可以检测到至少一个地址标记,则在GAP部分执行用于激光功率控制的测试发光之后,正常记录从 GUARD1。 这里,如果再现数据中的延迟时间将增加,并且如果在判断是否检测到第四个AM的时间段期间在检测到AM4的定时已经通过了GAP部分的头部,则 将无法在GAP部分正常进行测试发光。 在本发明的光盘记录装置中,当可以检测到第一至第三地址标记中的任何一个时,如GAS部分那样执行测试发光,并且从GUARD1进行正常记录,控制 激光功率在此结果的基础上。 当只能检测到AM4时,不进行测试发光,并执行GUARD1的正常记录。