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    • 4. 发明申请
    • DEVICE AND METHOD FOR CONVERTING/DECODING CODE AND RECORDING MEDIUM
    • 用于转换/解码代码和记录介质的设备和方法
    • WO1996032780A1
    • 1996-10-17
    • PCT/JP1996000967
    • 1996-04-09
    • KABUSHIKI KAISHA TOSHIBAMATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • KABUSHIKI KAISHA TOSHIBAMATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.HIRAYAMA, KoichiISHIZAWA, YoshiyukiTANAKA, ShinichiSHIMADA, Toshiyuki
    • H03M07/14
    • G11B20/1426H03M5/145
    • Source data of m bits are converted into conversion codes of n (n>m) bits and the inversion is also possible. The kinds of 15-bit codes which are the conversion codes of tables A-F and the caracteristic parts of the contents of the codes are as follows: Table A: The number of kinds is 175 and the codes have "00" at their ends. Table B: The number of kinds is 81 and the codes have "0010" at their ends. Table C: The number of kinds is 81 and the codes have "0001" at their ends. Table D: The number of kinds is 34 and the codes have "001001" at their ends. Table E: The number of kinds is 86 and the codes have "00" at their leading edges and ends. Table F: The number of kinds is 39 and the codes have "00" at their leading edges and "0010" at their ends. The currently inputted source data are held in a register R0 and the next inputted source data are held in a register R1. A control unit judges whether or not the run length of the connection between the two sets of source data meets conditions and generates the final conversion codes by selecting a table used.
    • m位的源数据被转换为n(n> m)位的转换码,并且反转也是可能的。 表A-F的转换代码和代码内容的特征部分的15位代码的种类如下:表A:种类数为175,代码的末端为“00”。 表B:种类数为81,码端为“0010”。 表C:种类数为81,码为“0001”。 表D:种类数为34,码端为001001。 表E:种类数为86,代码在前端和末端都有“00”。 表F:种类数为39,代码前端为“00”,其末端为“0010”。 当前输入的源数据保存在寄存器R0中,下一个输入的源数据保持在寄存器R1中。 控制单元判断两组源数据之间的连接的运行长度是否满足条件,并通过选择所使用的表来生成最终的转换代码。
    • 10. 发明公开
    • DEVICE AND METHOD FOR CONVERTING/DECODING CODE AND RECORDING MEDIUM
    • VORFACHENTING UND VERFAHREN ZUM KONVERTIEREN / DEKODIEREN VON KODER UNDAUFZEICHNUNGSTRÄGER。
    • EP0766406A1
    • 1997-04-02
    • EP96908378.1
    • 1996-04-09
    • KABUSHIKI KAISHA TOSHIBAMATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • HIRAYAMA, KoichiISHIZAWA, YoshiyukiTANAKA, ShinichiSHIMADA, Toshiyuki
    • H03M7/14G11B20/14
    • G11B20/1426H03M5/145
    • Source data each consisting of m-bits can be converted into conversion codes each consisting of n (>m) bits with ease, and reverse conversion thereof can be performed with ease.
      Features of the sorts and contents of 15-bit codes as conversion codes of tables A to F are summarized as follows.

      Table A includes 175 sorts of codes
      (having an code end expressed as ..00)
      Table B includes 81 sorts of codes
      (having an code end expressed as ...0010)
      Table C includes 81 sorts of codes
      (having an code end expressed as ...0001)
      Table D includes 34 sorts of codes
      (having an code end expressed as ...001001)
      Table E includes 86 sorts of codes
      (having an code top expressed as 00... and a code end expressed as ...00)
      Table F includes 39 sorts of codes
      (having a code top expressed as 00... and a code end expressed as ...0010)
      A current input source data and a next input source data are respectively taken in by registers R0 and R1. Whether or not a run length at a connecting portion between consecutive source data satisfies conditions is determined by a control unit, and a table to be used is selected to finally obtain a conversion code.
    • 每个由m位组成的源数据可以被容易地转换成各自由n(> m)位组成的转换代码,并且可以容易地进行其反向转换。 表A至F的转换代码的15位代码的种类和内容的特征总结如下。 表A包括175种代码(代码末尾表示为..00)表B包括81种代码(代码末尾表示为... 0010)表C包括81种代码(代码结束表示 表D包括34种代码(具有表示为... 001001的代码结束)表E包括86种代码(代码顶部表示为00 ...,代码结束表示为...) ..00)表F包括39种代码(代码顶部表示为00 ...,代码结束表示为... 0010)当前输入源数据和下一个输入源数据分别由寄存器 R0和R1。 连续源数据之间的连接部分的游程长度是否满足条件由控制单元确定,并且选择要使用的表以最终获得转换代码。