前苏联专利SU1382411A3 Device for controlling the recording-reproduction of digital data on magnetic disk

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优先权

专利摘要:
A method of recording and/or reproducing digital data on a rotary magnetic disc (2) under the condition that address data of the digital data are made non-consecutive relative to an original time sequence thereof by adding error correction bits to the digital data and re-arrangement of the digital data, includes providing a buffer memory (20) between the disc (2) and a peripheral device, the buffer memory (20) having a capacity capable of completing the re-arrangement of the digital data, allocating the digital data to the buffer memory (20) such that actual data and the error correction bits are respectively stored in different memory areas of said buffer memory (20), and converting address data upon writing or reading the digital data from the buffer memory (20) so as to allocate the address data such that the address data become non-consecutive as seen from a recorded pattern of the disc (2) and consecutive as seen from the peripheral device.
公开号:SU1382411A3
申请号:SU853901003
申请日:1985-05-30
公开日:1988-03-15
发明作者:Кутагари Кен
申请人:Сони Корпорейшн (Фирма)；
IPC主号:

专利说明:

WITH
(/ I
The invention relates to the accumulation of information, namely, devices for controlling the recording and reproduction of digital data on a magnetic disk.
The aim of the invention is to increase the recording density of digital data on a magnetic disk.
The drawing shows schematically the proposed device for controlling the recording and reproduction of digital data on a magnetic disk.
The device comprises a parallel-serial conversion unit 1 of the recorded data and a series-parallel conversion of the reproduced data, connected between the first selector 2 and the recording-reproduction amplifier 3 connected to the recording-reproducing magnetic head 4, the operational memory unit 5, the unit 6 data processing, the second selector 7 and the counter 8, connected to the input bus 9 clock pulses.
The device also contains an error correction coding unit 10 made with a parity data bus connected to a first selector 2 connected to the data bus of the data processing unit 6, a direct memory access controller 11 made with a serial data output, an address data converter 12 and an error correction decoding unit 13 performed on the parity data bus. The data output of the serial addresses of the controller 11 direct memory access is connected to the input of the data processing unit 6 and to the input of the second selector 7. The address data converter 12 is connected between the output of the counter 8 and the other input of the second selector 7. The main memory unit 5 is connected to the second the selector 7 and with the first selector 2 connected to the data bus the parity of the block P of the error correction decoding.
The device works as follows.
In the recording mode, the digital data of one block comes from the data processing block 6 through the first selector 2 to the operational memory block 5, which is also fed to the serial address data through the second selector 7. After recording digital data
Q
5 0 5
0 Q Q
five
One block in the operational memory block 5 The error correction coding block 10 generates parity data, which is written to the main memory unit 5 in a sequential form.
In accordance with the converted address data of the converter 12, the address data is digital data and. the parity data is read from the memory block 5 in the order of arrival of the recorded sequence on the magnetic disk, added to the parity data in the error correction coding unit 10, and is fed to the block 1 parallel conversion of the recorded data and serially parallel conversion of the reproduced data. Serial data is passed through the recording-reproduction amplifier 3 to the recording-reproduction magnetic head A, which is essentially recording to the magnetic disk.
After reading the digital data of the block from the main storage unit 5, the digital data of the next block is transferred from the processing unit 6 to the main storage unit 5 by the write request signal. Then the digital data of the block is supplemented with parity data and after the described operations are recorded on a magnetic disk. In a similar manner, digital data of other units are recorded on a magnetic disk.
In the playback mode, digital data from the magnetic recording head A is transmitted through the recording-playback amplifier 3 to a block 1 of parallel-serial conversion of the recorded data and a serial-parallel conversion of reproduced data, in which they are converted from ten-bit data to eight-bit, and serial data is converted to parallel data. The parallel data passes through the first selector 2 to the RAM block 5, in which recording takes place according to the address data corresponding to the write alternation.
After recording the digital data of one block in the main memory block 5 in accordance with the address data of the converter 12 address data, an error correction occurs.
the parity data of the error correction decoding unit 13 and re-writing in the main memory unit 5.
After recording all the digital data in the RAM block 5 in a sequential order of the original time sequence, the digital data is transferred from the RAM block 5 using the direct access method to the data processing block 6 in accordance with the command of the direct memory access controller 11.

权利要求:
Claims (1)
[1]
Invention Formula
A device for controlling the recording of digital data playback on a magnetic disk, comprising a block of parallel-serial conversion of recorded data and a series-parallel conversion of reproduced data, connected between a first selector and a record-playback amplifier connected to a magnetic recording head, an operative memory block TI, a dandy processing unit, a second selector and a counter, connected by an input to the input bus of clock pulses, characterized in that, with the aim Check the recording density; an error correction coding block is inserted in it, made to the parity data bus, connected to the first selector connected to the data bus of the data processing unit, a direct memory access controller, made to the serial address data output, connected to the inputs a data processing unit and a second selector, an address data converter, connected between the output of the counter and another input of the second selector, and an error correction decoding unit, made with the data bus h tnosti, the block random access memory coupled to a second selector and a first selector unit connected to the data bus parity correction decoding oshibbk

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同族专利:

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NZ212140A|1988-10-28|

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DE3582273D1|1991-05-02|

AU578289B2|1988-10-20|

JPS60254463A|1985-12-16|

EP0163481B1|1991-03-27|

DK242485D0|1985-05-30|

EP0163481A2|1985-12-04|

EP0163481A3|1988-06-01|

ES8608715A1|1986-06-16|

NO168974B|1992-01-13|

NO168974C|1992-04-22|

AU4275285A|1985-12-05|

ES543706A0|1986-06-16|

DK242485A|1985-12-01|

DD234517A5|1986-04-02|

KR850008742A|1985-12-21|

NO852158L|1985-12-02|

US4622602A|1986-11-11|

CA1236566A|1988-05-10|

ZA853859B|1986-01-29|

BR8502642A|1986-02-12|

AT62084T|1991-04-15|

引用文献:

公开号 | 申请日 | 公开日 | 申请人 | 专利标题

DE2639895C2|1976-09-04|1983-06-16|Nixdorf Computer Ag, 4790 Paderborn|Method for the transmission of information signals from an information memory in a data channel in data processing systems and device for carrying out the method|

US4454595A|1981-12-23|1984-06-12|Pitney Bowes Inc.|Buffer for use with a fixed disk controller|

JPH046980B2|1982-03-10|1992-02-07|Hitachi Ltd|

JPS5984400A|1982-11-08|1984-05-16|Nec Home Electronics Ltd|Deinterleave circuit|CA1325472C|1985-05-22|1993-12-21|Tsuguhide Sakata|Information recording system and apparatus|

JPH0477391B2|1986-01-13|1992-12-08|Matsushita Electric Ind Co Ltd|

AU594995B2|1986-01-24|1990-03-22|Sony Corporation|Data transmission method suitable for a disc|

JP2590813B2|1986-02-18|1997-03-12|ソニー株式会社|Data recording method|

EP0238318B1|1986-03-19|1992-03-04|Fujitsu Limited|Track access control system for magnetic disk system|

US4864572A|1987-05-26|1989-09-05|Rechen James B|Framing bitstreams|

US4970648A|1987-08-12|1990-11-13|Fairchild Space And Defense Corporation|High performance flight recorder|

US4979054A|1988-02-25|1990-12-18|Tandon Corporation|Disk drive for storing data in run length limited format and method of providing such format|

US4949200A|1988-03-31|1990-08-14|Digital Equipment Corporation|Method and apparatus for encoding and mapping magnetic disk sector addresses|

US5036408A|1988-05-12|1991-07-30|Digital Equipment Corporation|High efficiency disk format and synchronization system|

EP0428021B1|1989-11-03|1998-09-02|Compaq Computer Corporation|Method for data distribution in a disk array|

US6505268B1|1996-12-20|2003-01-07|Compaq Computer Corporation|Data distribution in a disk array|

CA2335403C|1990-06-05|2002-03-19|Koninklijke Philips Electronics N.V.|Optical readable disc storing full-motion video scene|

KR930001190A|1991-06-29|1993-01-16|강진구|Error correction device of digital data|

US5363250A|1991-07-31|1994-11-08|U.S. Philips Corporation|Prerecorded record carrier|

JP3042559B2|1992-01-14|2000-05-15|ソニー株式会社|Disc recording / playback method|

JP2968181B2|1994-11-29|1999-10-25|インターナショナル・ビジネス・マシーンズ・コーポレイション|Disk device and data writing / reading method|

US5844920A|1996-11-07|1998-12-01|Cirrus Logic, Inc.|Thermal asperity compensation using multiple sync marks for retroactive and split segment data synchronization in a magnetic disk storage system|

CN1154908C|1997-04-02|2004-06-23|松下电器产业株式会社|Data input memory and operating and outputing data stored in memory and data input and output device capable of high speed operation|

JP2001093224A|1999-09-22|2001-04-06|Sankyo Seiki Mfg Co Ltd|Floppy disk driving device|

JP4240300B2|2003-08-20|2009-03-18|ソニー株式会社|REPRODUCTION DEVICE AND REPRODUCTION METHOD, RECORDING DEVICE AND RECORDING METHOD|

DE102004055933A1|2004-11-19|2006-05-24|Patent-Treuhand-Gesellschaft für elektrische Glühlampen mbH|Method for assigning short addresses in lighting installations|

法律状态:

优先权:

申请号 | 申请日 | 专利标题

JP59111709A|JPS60254463A|1984-05-31|1984-05-31|Recording/reproducing system of digital data|

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