JPH0738154B2 - Information editing method and information editing apparatus - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information editing method and information editing method for inputting a large amount of information such as images, sounds, characters, editing, processing, and outputting the content in a specified form. It relates to the device.

2. Description of the Related Art In recent years, called the information society, there is a huge amount of information around us in various forms. Especially, information such as images, voices, characters, etc. is broadcast, newspapers, publications. It is provided to people in the form of things, records, etc. Among them, how to retrieve specific information required by a person from a large amount of information is a big problem including the means for realizing it.

On the other hand, with the remarkable development of computers and their peripheral devices, it has become possible to edit, process, store, and use a large amount of information at high speed. The cost for processing is significantly reduced as the size, price, and performance of arithmetic and processing devices and storage devices for storing information are advanced. However, regarding image and audio information, since these information are basically analog information and the amount of information is very large after digital conversion, an extremely large capacity storage device is required for the processing. I need. For example, image information requires 360 × 240 pixels per screen, 64 kilobytes for 64-color display, and several hundred kilobytes for increasing color resolution. In the case of voice information, a quantization bit number of 8 bits and a sampling frequency of 20 kilohertz require an information amount of 100 kilobytes for voice output for 5 seconds. Furthermore, not only is there a large amount of information in the audio information, but it is necessary to output in real time in order to reproduce it, and operations such as time axis correction are required, and a large amount of equipment for calculation and storage is required. There was a problem that it was necessary.

In recent years, in addition to the development of various image and audio signal compression technologies, along with the increase in semiconductor memory capacity and the commercialization of optical discs due to the development of semiconductor technology, storage devices have become very inexpensive, and audio information has been digitalized. While compact discs (hereinafter abbreviated as CDs) for recording, CD-ROMs, etc. that record various types of digital data such as image information and character information on CDs and can read such information using a computer are becoming popular. is there. On these optical discs, requested information can be read out at high speed from a large amount of recorded information, and an information processing device that can reproduce images, sounds, characters, and the like has been created using this. FIG. 8 shows a block diagram of a configuration of an information processing apparatus using such an optical disc.

In FIG. 9, 47 is a read-only large-capacity recording medium,
11 is a display unit for displaying image information and character information read from the recording medium 47, 12 is a voice output unit for outputting voice information read from the recording medium 47, 13 is a recording medium 47, a display unit
11, control means for controlling the voice output means 12, 14 is control means
An operation means for the user to input an operation method and the like to 13. As described above, the recording medium 47 is a CD-ROM.
With, the storage capacity of up to 550 MB will be available. Furthermore, by providing means for reading information from the recording medium in real time, it is possible to reproduce audio information for a long time. By using the information processing apparatus having the configuration as shown in FIG. 9, an application that requires a large amount of information such as a dictionary and a catalog, which has been realized by printed materials, can be used by voice output. It is easy to use and easy to understand. However, CD-ROM and so on can only be read out and new information cannot be recorded. Therefore, in order to create an application as described above, the material information is collected and processed into a predetermined data format. However, it is necessary to provide an information editing device that records a large amount of information on an optical disc by editing it in a predetermined file format.

However, in order to collect, process, and edit a large amount of material data in a short period of time, a large-scale information editing device is required.
Also, check whether the contents and playback procedure of the file created by the information editing device are as intended by the creator, and whether each information is correctly converted to the specified data format and can be restored correctly to the original information. It is necessary to confirm. At this time, the confirmation of the voice information that needs to be reproduced in real time and the confirmation of the reproduction of the combination of voice, image, characters, etc.
It is necessary to perform confirmation work that takes into account the playback time. This confirmation work can be performed to some extent by using a device that individually reproduces information such as voice, image, and character.
However, time-sensitive confirmation is ultimately only possible in the same environment in which this information is used. That is, all information must be recorded on the recording medium in the final state. At this time, if there is a problem with the created recording medium, it is necessary to return to the editing stage and redo, and these operations require complicated processing, which requires a lot of processing time and labor.

In order to solve these problems, instead of a read-only large-capacity recording medium, a write-read-capable large-capacity recording medium is used, and information is stored in the same format as the read-only recording medium, It is conceivable to inspect the stored information using a read-only recording medium reproducing apparatus. According to this, when there is an error in the stored information, it is sufficient to correct the information in the writable / readable medium, and when the finally stored information has no error, only the read-only medium is possible. Can be manufactured, and efficient manufacturing is possible.

However, it is generally difficult to connect a read-only medium reproducing device to the above-described information editing device. This is because the information reproducing apparatus does not have a medium reproducing apparatus and an information transmission path (hereinafter abbreviated as I / F) for transferring information on the medium.

The present invention solves the above problems and provides an information editing method and an information editing apparatus capable of performing conversion processing, editing, and processing on a large amount of information such as images, sounds, and characters, and recording the information on a read-only recording medium. The purpose is to provide.

Means for Solving the Problems In order to solve the above problems, an information editing method and an information editing apparatus according to the present invention include an information processing apparatus that operates by reading information from a first recording medium that can be read only. A writable and readable second recording medium having a storage capacity not less than that of the first recording medium and an information transfer rate not less than the information transfer rate of the first recording medium, and the first recording A state simulating means for simulating the state of the medium, an instruction analyzing means for analyzing an instruction from the information processing device to the first recording medium, and an actual means for transferring information from the second recording medium at a predetermined speed. The time information transfer means and the information transfer procedure between the information processing device and the first recording medium are simulated, and the information processing device is connected by replacing the first recording medium. From the above instruction Information transfer procedure conversion means for enabling transfer of instructions to analysis means and transfer of information from the real-time information transfer means to the information processing means, and information processing apparatus control means for controlling the information processing apparatus And information input / editing means for externally inputting and processing information to be stored in the first recording medium, changing the information into a format to be stored in the first recording medium, and storing the information in the second recording medium. A main unit for controlling the second recording medium, the state simulation unit, the instruction analysis unit, the real-time information transfer unit, the information transfer procedure conversion unit, the information processing device control unit, and the information input / edit unit. It is composed of control means.

According to the present invention, with the above configuration, the information input / editing means stores the information in the second recording medium in the same format as the first recording medium under the main control means, and the information processing device control means controls the information. The processing device is controlled, the command from the information processing device to the first recording medium is analyzed by the command analysis means through the information transfer procedure conversion means, and the error processing is performed depending on the state of the first recording medium simulated by the state simulation means. Etc., and when it is a command to read information, the real-time information transfer means, as if the information was read from the first recording medium,
The information transfer procedure conversion means reads the information from the second recording medium in real time, the information processing device processes the information, displays an image, outputs a sound, executes a program, and the like, and stores the created information. The information is inspected, the information is input and edited based on the inspection result, and the information to be recorded in the read-only recording medium is created.

Embodiment An information editing method and an information editing apparatus according to an embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of an information editing apparatus which realizes the information editing method in the embodiment of the present invention. In FIG. 1, 1 is an information processing apparatus excluding a read-only recording medium, 2 is an instruction analyzing means for analyzing an instruction from the information processing apparatus, and 3 is a state simulating the state of a read-only recording medium. Simulating means, 4 is a writable and readable recording medium, 5 is real-time information transfer means for transferring information from the recording medium 4 to the information processing apparatus 1 in real time, 6 is connected to the information processing apparatus 1, and information processing apparatus Convert the information transmission procedure of 1,
Information transfer procedure conversion means for enabling the information processing apparatus 1 to send an instruction to the instruction analysis means 2, the real-time information transfer means 3 to the information processing apparatus 1, and 7 is an information processing for controlling the information processing means. An apparatus control means 8 inputs information such as an image, a voice, a character, a reproduction procedure such as a search program from the outside, performs data compression and other conversion processing into a predetermined data format, and edits and processes into a predetermined file format. Or inputting / editing means for creating and adding an actual reproducing procedure such as a search program and storing it in the recording medium 4 in a predetermined format, 9 is an instruction analyzing means 2, a state simulating means 3, a recording medium 4, a real time Main control means for controlling the information transfer means 5, the information transfer procedure conversion means 6, the information processing device control means 7, and the information input / edit means 8, and 10 is an operation procedure for the main control means 9, character information, and numerical values. Distribution is an operation means for performing the operator input, such as. I / F1 is an information transmission path (I / F) for transferring information between the information processing device 1 and the readable recording medium 47. In FIG. 1, the information transfer procedure converting means 6 and the information processing device 1 are This connects. The I / F 2 is an I / F that connects the information transfer procedure conversion means 6, the instruction analysis means 2 and the real-time information transfer means 5.

FIG. 2 is a block diagram showing a detailed configuration of the information processing device 1. Here, the case is shown in which the information editing apparatus creates the recording medium 47 used in the information processing apparatus shown in FIG. The information processing apparatus 1 includes a display unit 11, a voice output unit 12, a control unit 13, and an operation unit 14, and the control unit 13 is connected to the information transfer procedure conversion unit 6 by an I / F 1.

The operation of the embodiment of the present invention thus configured is shown in FIG.
This will be described with reference to the flowcharts shown in FIGS. 4 and 5. FIG. 3 is a flow chart showing the entire work for creating the recording medium 47, 15 is an information input process of inputting material information from the outside, 16 is data compression of the input information into a predetermined data format, etc. The conversion processing process of converting and converting the information, which is converted into a predetermined data format into a predetermined file format, is edited and processed, and an actual reproduction procedure such as a search program is created and added. Editing process, 18 is a simulated data reproducing process for reproducing information converted into a predetermined data format, 19 is a real-time simulated reproducing process for simulating an actual reproducing procedure in real time, and 20 is a mastering process for creating a recording medium 47. Is. In these operations, the information input process 15, the conversion process 16 and the editing process 17 are mainly performed by the recording medium 4 and the information input / editing means 8, and the data simulated reproduction process 18 and the real-time simulated reproduction process 19 are mainly information. Processing device 1, instruction analysis means 2, state simulation means 3, recording medium 4, real-time information transfer means 5, information transfer procedure conversion means 6, information processing device control means 7
Done by. The mastering process 10 is performed by a mastering device not mentioned here.

In the editing operation, first, all or part of the required information is input in the information input step 15 and stored in the recording medium 4.
Next, conversion processing to the specified data format is performed on the recording medium 47 in the conversion processing step 16, and the result is stored in the recording medium 4. Next, in the data simulation reproduction process 18, it is confirmed by reproducing the information by the processing device 1 whether the information converted in the conversion processing step 16 is correctly converted or desired information. If there is an error, the information input process 15 and the conversion process 16 are repeated to obtain the correct data format. Next, all or part of the information converted in the conversion processing step 16 is edited into the file format defined for the recording medium 47, and a reproduction procedure for reproducing these information is created. It is performed in the editing process 17 and stored in the recording medium 4. Next, whether the editing in editing process 17 was appropriate,
Whether or not the reproduction procedure is appropriate is confirmed by reproducing information by the information processing device 1 in the real-time simulated reproduction process 19. If there is an error, the editing process 17 is repeated to create the correct file format and reproduction procedure.

By the above, all the generated information is mastered
By recording the data on the recording medium 47 at 20, the whole work is completed.

FIG. 4 is a flow chart detailing the simulated data reproduction process 18. In FIG. 4, reference numeral 21 is a simulation file conversion process of converting the information to be simulated reproduced into a file format defined for the recording medium 47 and storing it in the recording medium 4, and 22 is the recording medium.
Reference numeral 47 is a state initialization process for simulating the initial state, and 23 is a real-time data simulated reproduction process for reproducing the filed simulated reproduction information stored in the recording medium 4 in real time. In the simulated data reproducing step 18, first, in the simulated file forming step 21, a file including only the information to be simulated reproduced is created in the same manner as the editing step 17. Next, the state initialization process
At 22, the control means 13 of the information processing apparatus 1 is set through the state simulation means 3 and the information processing apparatus control means 7 to a state suitable for the information to be simulated reproduced. Next, in the real-time data simulated reproduction process 23, the information processing device control means 7 issues an instruction for reproducing the information to be simulated reproduced from the control means 13 of the information processing device 1, the I / F1, and the information transfer. It is sent to the instruction analysis means 2 via the procedure conversion means 6 and I / F2, the main control means 9 detects this, and the real time information transfer means 5
The information filed from the recording medium 4 is transferred to the control means 13 in real time via the I / F 2, the information transfer procedure conversion means 6 and the I / F 1. The transferred information is reproduced by the control means 13 from the display means 11 or the audio output means 12.

FIG. 5 is a flow chart detailing the real-time simulated playback process 19. In FIG. 5, reference numeral 24 is a state initialization process for simulating the initial state of the recording medium 47, and 25 is a transfer of the simulated reproduction procedure to the control means 13 of the information processing apparatus 1 through the information processing apparatus control means 7 to start the simulated reproduction. Simulated playback procedure setting process, 26 is control means
A command analysis process for analyzing commands from 13, a real-time information transfer process for transferring required information from the recording medium 4 to the control means 13 in real time, 28 is a state of the recording medium 47 in simulated reproduction. This is a state simulation process of setting and notifying the control means 13 of this state. In the real-time simulated reproduction process 19, first, in the state initialization process 24, the initial state of the recording medium 47 is set in the state simulation means 3. Next, in the simulated reproduction procedure setting step 25, the reproduction procedure stored in the recording medium 4 is transferred to the control means 13 of the information processing apparatus 1 through the information processing apparatus control means 7, and simulated reproduction is started. At this time, the control means 13 initializes the display means 11, the audio output means 12, etc., and reads information from the recording medium 47, or inquires about the state of the recording medium 47 and sets the state of the recording medium 47. Issue an order. In the next instruction analysis process 26, this instruction is transferred to the I / F1, the information transfer procedure converting means 6,
The command is analyzed by the command analysis means 2 via F2, and the main control means 9 sets the status by the status simulation means 3 if the command is a status setting command, and from the status simulation device 3 if the command is a status inquiry command. The state is taken out, and if there is an information read command, the real-time transfer means 5 is set to take out the required information from the filed information stored in the recording medium 4. Next, when it is necessary to send information to the control means 13, a real-time information transfer process 27 is performed and a state simulation process 28 is performed. If it is not necessary to send information to the control means 13, a state simulation process 28 is carried out. In the real-time information transfer process 27, the recording medium 4 to the real-time information transfer means 5 is based on the physical address indicating the physical position of the required information in the recording medium 47 and the amount of information to be transferred. Information is transferred to the control means 13 via the I / F2, the information transfer procedure conversion means 6, and the I / F1. The control means 13 reproduces the transferred information from the display means 11 and the audio output means 12 based on the reproduction procedure to perform real-time simulated reproduction. In the state simulation process 28, the instruction analysis process 2
6. Based on the execution result of the real-time information transfer process 27, setting of the state simulation means 3, I / F2, information transfer procedure conversion means 6, I / F1
To the control means 13 through. The command analysis process 26, the real-time information transfer process 27, and the state simulation process 28 are repeatedly executed until the reproduction procedure is completed.

Next, the information transfer procedure conversion means 6 will be described with reference to the drawings. FIG. 6 is a block diagram showing the configuration of the information transfer procedure converting means. In FIG. 6, 29 is connected to the information processing apparatus 1.
First information input / output means for connecting to I / F1, 30 is first
The first information input / output unit 29 is equivalent to the recording medium 47 for the information processing apparatus 1 by controlling the information input / output unit 29 of No. 1 and simulating the information transfer procedure between the information processing apparatus 1 and the recording medium 47. First information transfer procedure control means, second information input / output means for connecting to I / F2, 32 controls the second information input / output means, real-time information transfer means 5, instruction analysis means 2 or execute the information transfer procedure with the main control means 9,
A second information transfer means control device for enabling the transfer of information,
Reference numeral 33 is a high-speed information transfer means for performing high-speed information transfer between the first information input / output means and the second information input / output means, 34 is a first information transfer procedure control means 30, and a second information transfer procedure control means 32. ,
This is an information transfer procedure conversion control means for controlling the high speed information transfer means 33. The high-speed information transfer means 33 has a large capacity such as image information or audio information, and when transferring information that requires real-time property, information that does not depend on the first transfer procedure control means 30 and the second transfer procedure control means 32. Transfer is performed to realize high-speed information transfer. Specifically, the I / F1 and I / F2 transfer control lines are mutually converted by a logic circuit, and the information lines are directly connected to achieve high-speed information transfer without dead time.

The operation of the information transfer procedure converting means 6 configured as described above will be described with reference to FIG. In FIG. 7, reference numeral 35 denotes information transfer procedure conversion control means 34, first information transfer procedure control means 30, first information input / output device 29, second information transfer procedure control device 32, second information input means. 31, initialize the high-speed information transfer means 33,
A state initialization process for setting a predetermined state, 36 an instruction input process for inputting an instruction from the I / F1, and 37 an instruction analysis for analyzing the input instruction and sending an instruction from the I / F2 to the instruction analyzing means 2. A process, 38 is a low-speed information transfer process for performing low-speed information transfer using the first information transfer procedure control means 30 and the second information transfer procedure control means 32, and 39 is high-speed information using the high-speed information transfer means 33. A high-speed information transfer process for transferring, 40 is a state transfer process for taking in the state information of the recording medium 47 simulated by the state simulating means 3 from the I / F2 and outputting it to the I / F1. First, in the state initialization process 35, the I / F 1 is controlled by the main control means 9.
I / F2 is set to a usable state. Next, in the command input process, after receiving the information input command from the I / F2, the command from the I / F1 is read. In the instruction analysis process, the instruction from the I / F1 is output as information from the I / F2 to the instruction analysis means 2. At this time I /
F2 ends the first information transfer procedure. After that, when the instruction from the I / F 1 is a low speed information request instruction, that is, a state setting or inquiry instruction, the low speed information transfer step 38 is performed. Alternatively, if the instruction from the I / F 1 is a high-speed information transfer instruction, that is, a read-out instruction of the information stored in the recording medium 47, the high-speed information transfer step 39 is performed. When there is no particular request for information, low speed information transfer process 38, high speed information transfer process
After 39, the state transfer process 40 is performed, and the command input process 36 is performed again. The low speed information transfer process 38 and the high speed information transfer process 39 are
After receiving the information input command or information output command from F2,
Transfer information. When the information transfer is completed, the I / F2 ends the second information transfer procedure. In the state transfer process 40, I /
After receiving the information output command from F2, the status information is read from I / F2 and output to I / F1. At this time, a series of information transfer procedures is completed in I / F1, and a third information transfer procedure is completed in I / F2. In this way, one information transfer procedure of I / F1 corresponds to three information transfer procedures of I / F2. In this embodiment, I / F1 is SASI (Shugart Associates System Interfac
e), because I / F2 uses SCSI (ANSI X3.131-1986), COMMAND OUT phase in the command input process, DATA IN, DATA OUT phase in the information transfer process, STATU in the status transfer process
Corresponds to the S IN phase. The other phases are omitted here, but follow the information transfer procedure. The information transfer procedure converting means 6 is used because the information transfer procedure converting means 6 side of both I / F1 and I / F2 operates as a peripheral device. However, by providing the information transfer procedure converting means 6, connection is possible without changing the existing I / F. Similarly, information processing apparatuses having various other specifications can be connected to perform real-time simulated reproduction of a read-only recording medium.

Next, FIG. 8 shows the configuration of the real-time information transfer means 5. 8th
In the figure, 411 to 414 are unit storage means for storing a basic block of information as a unit, 42 is a ring storage means in which a plurality of unit storage means 41 are connected in a ring shape, and 43 is a ring storage means.
A ring storage control means for controlling 42, simultaneously writing to one unit storage means and reading from another unit storage means, and enabling real-time transfer of information from the recording medium 4,
Is a first-in first-out storage means (hereinafter FI) for temporarily storing the information from the ring storage control means 43 and adjusting the transfer time of the information.
FO), 45 is an output gate for temporarily stopping the information from the FIFO 44, and 46 is a counter for stopping or passing the output gate 45 at regular intervals. The ring storage control means stores unit information means 41 which is empty of information from the recording medium 4.
Data is read from the unit storage means 41 which is full, and is output to the FIFO 44. By simultaneously performing storage and reading, it is possible to transfer information at a transfer speed close to the limit of the information transfer path. The FIFO 44, the output gate 45, and the counter 46 are for adjusting the information transfer rate to the I / F1 when the I / F1 needs to transfer the information at a constant time interval. Since a CD-RO is assumed as the read-only recording medium 47 in this embodiment, it is necessary to transfer 2352 bytes of information at a fixed time interval, that is, an interval of 13..3 milliseconds. Is mandatory. As a result, the information processing device 1 stores the information from the I / F 1 in the recording medium 47.
Since the information is recognized to be exactly the same as the information from, the same operation as that of the read-only recording medium 47 is guaranteed.

The FIFO 44, the output gate 45, and the counter 46 may be provided not in the real-time information transfer means 5 but in the information transfer procedure conversion means 6. Further, the real-time information transfer means 5 and the information transfer procedure conversion means 6 are composed of common elements and may not be clearly separated. The recording medium 4 is a so-called hard disk device that records and reproduces information on a magnetic disk that rotates at high speed.
Alternatively, an optical disk device that optically records and reproduces information on the optical disk can be used. In this embodiment, the hard disk device is used, but the reading speed of the information necessary for realizing the real-time simulated reproduction is larger than that of the recording medium 47 to be created, and the simulated reproduction of the entire storage capacity is possible. To this end, the present invention is not limited to this as long as the recording medium is a writable and readable recording medium having a storage capacity of 47 or more.

EFFECTS OF THE INVENTION As is apparent from the above description, according to the present invention, images, voices, characters, and other information to be recorded on various recording media having a large capacity that can be read out only in a predetermined data format. Conversion processing such as data compression, editing to a predetermined file format, creation of a playback procedure, playback of information in the same state as when the recording medium was actually created, and real-time playback procedure. The execution can be performed by using the device for reproducing the recording medium. Therefore, since the information and the reproduction procedure can be corrected efficiently without actually making the recording medium, it is possible to realize the information editing method and the information editing apparatus which can easily and efficiently make the recording medium.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of an information editing apparatus in an embodiment of the present invention, FIG. 2 is a block diagram showing a configuration of an information processing apparatus of the information processing apparatus, and FIG. FIG. 4 is a flow chart detailing the operation of the data simulated reproduction process of the operation of the information processing apparatus, and FIG. 5 is a flow chart detailing the movement of the real time simulated reproduction process of the operation of the information processing apparatus. 6 is a block diagram showing the structure of the information transfer procedure converting means, FIG. 7 is a flow chart showing the operation of the information transfer procedure converting means, and FIG. 8 is a block diagram showing the structure of the real time information transferring means. FIG. 9 is a block diagram showing the configuration of an information processing apparatus using a recording medium that can be read only. DESCRIPTION OF SYMBOLS 1 ... Information processing apparatus, 2 ... Command analysis means, 3 ... State simulation means, 4 ... Recording medium, 5 ... Real-time information transfer means, 6 ... Information transfer procedure conversion means, 7 ... Information processing apparatus control means, 8 ... Information Input editing means, 9 ... Main control means, 10 ... Operation means, 11 ...
Display means, 12 ... Voice output means, 13 ... Control means, 14 ... Operating means, 15 ... Information input process, 16 ... Conversion processing process, 17 ... Editing process, 18 ... Data simulated reproduction process, 19 ... Real-time simulated reproduction process , 20 ... Mastering process, 21 ... Simulated file creation process,
22 ... State initialization process, 23 ... Real-time data simulated reproduction process,
24 ... State initialization process, 25 ... Simulated playback procedure setting process, 26 ...
Instruction analysis process, 27 ... Real-time information transfer process, 28 ... State simulation process, 29 ... First information input / output means, 30 ... First information transfer procedure control means, 31 ... Second information input means, 32 ... Second information transfer procedure control means, 33 ... High speed information transfer means, 34 ... Information transfer procedure conversion control means, 35 ... State initialization process, 36 ... Command input process, 37 ... Command analysis process, 38 ... Low speed information transfer process ,
39 ... High-speed information transfer process, 40 ... State transfer process, 411-414 ...
Unit storage means, 42 ... Ring storage means, 43 ... Ring storage control means, 44 ... First-in first-out storage means (FIFO), 45 ... Output gate, 46 ... Counter, 47 ... Recording medium.

 ─────────────────────────────────────────────────── ─── Continuation of front page (72) Inventor Hidemasa Kitagawa 1006 Kadoma, Kadoma City, Osaka Prefecture Matsushita Electric Industrial Co., Ltd. (56) References JP 62-58351 (JP, A) JP 62-67630 (JP, A) JP 58-52764 (JP, A)

Claims (12)

[Claims] 1. An information processing apparatus which operates by reading information from a first recording medium capable of reading only, and the first information processing apparatus.
And a writable and readable second recording medium having a storage capacity not less than that of the first recording medium and an information transfer rate not less than the information transfer rate of the first recording medium, and a state of the first recording medium. A state simulating means for simulating, an instruction analyzing means for analyzing an instruction from the information processing device to the first recording medium, and a real-time information transferring means for transferring information from the second recording medium at a predetermined speed. And simulating an information transfer procedure between the information processing device and the first recording medium, and connecting the information processing device by replacing the first recording medium, thereby allowing the information processing means to analyze the instruction. Information transfer procedure conversion means for enabling transfer of instructions to the means and transfer of information from the real-time information transfer means to the information processing means, and information processing apparatus control means for controlling the information processing apparatus , Information input / editing means for externally inputting and processing information to be stored in the first recording medium, changing the information into a format to be stored in the first recording medium, and storing the information in the second recording medium. Main control means for controlling the second recording medium, the state simulation means, the instruction analysis means, the real-time information transfer means, the information transfer procedure conversion means, the information processing device control means, and the information input editing means. Information editing method with. 2. The information editing method according to claim 1, wherein the first recording medium optically reads information from a disc-shaped recording medium. 3. The information editing method according to claim 1, wherein the first recording medium records a part or all of the information by a recording method required to be read at a specific transfer rate. 4. The information editing method according to claim 1, wherein the second recording medium magnetically or optically writes / reads information to / from a disc-shaped recording medium. 5. The real-time information transfer means transfers information between a ring storage means in which a plurality of unit storage means having a fixed capacity are connected in a ring shape, a second storage means and one unit storage means, and 2. The information editing method according to claim 1, further comprising ring storage control means for simultaneously performing information transfer between the information transfer procedure conversion means and another one of the unit storage means. 6. The information editing method according to claim 1, wherein the real-time information transfer means or the information transfer procedure conversion means comprises a first-in first-out storage means. 7. An information processing apparatus that operates by reading information from a first recording medium that can only be read, and the first information processing apparatus.
And a writable and readable second recording medium having a storage capacity not less than that of the first recording medium and an information transfer rate not less than the information transfer rate of the first recording medium, and a state of the first recording medium. A state simulating means for simulating, an instruction analyzing means for analyzing an instruction from the information processing device to the first recording medium, and a real-time information transferring means for transferring information from the second recording medium at a predetermined speed. And simulating an information transfer procedure between the information processing device and the first recording medium, and connecting the information processing device by replacing the first recording medium, thereby allowing the information processing means to analyze the instruction. Information transfer procedure conversion means for enabling transfer of instructions to the means and transfer of information from the real-time information transfer means to the information processing means, and information processing apparatus control means for controlling the information processing apparatus , Information input / editing means for externally inputting and processing information to be stored in the first recording medium, changing the information into a format to be stored in the first recording medium, and storing the information in the second recording medium. Main control means for controlling the second recording medium, the state simulation means, the instruction analysis means, the real-time information transfer means, the information transfer procedure conversion means, the information processing device control means, and the information input editing means. Information editing device equipped with. 8. The information editing apparatus according to claim 7, wherein the first recording medium optically reads information from a disc-shaped recording medium. 9. The information editing apparatus according to claim 7, wherein the first recording medium records a part or all of the information by a recording method required to be read at a specific transfer rate. 10. The information editing apparatus according to claim 7, wherein the second recording medium magnetically or optically writes / reads information to / from a disc-shaped recording medium. 11. The real-time information transfer means transfers information between a ring storage means in which a plurality of unit storage means having a fixed capacity are connected in a ring shape, a second storage means and one of the unit storage means. 8. The information editing apparatus according to claim 7, further comprising ring storage control means for simultaneously performing information transfer between the information transfer procedure conversion means and another one of the unit storage means. 12. The information editing apparatus according to claim 7, wherein the real-time information transfer means or the information transfer procedure conversion means comprises a first-in first-out storage means.