JPH02216687A - Audio/music information management system and audio/music information management network system - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to an audio/music information management system and an audio/music information management system.
Regarding music information management network systems, in particular, technology that simplifies the registration of audio and music information, automates and speeds up search and transmission, and improves flexibility, and is suitable for reception in remote locations and at any time. .

[Conventional technology]

In recent years, with the advent of optical disks that allow for additional recording and have a large capacity, optical disks have been used as a storage medium for large amounts of document and image information, reducing document storage space and making it possible to search and output quickly. Electronic filing devices have become widely used.

Further, as a larger-scale version of such an electronic file device, an image information retrieval network system has been proposed, for example, as disclosed in Japanese Unexamined Patent Publication No. 62-61168.

That is, a central image filing device that uses an optical disk as a storage medium, a plurality of terminals connected to this image filing device via a communication line network, and compression/decompression operations of image information exchanged between the two. By constructing a system using image processing devices and the like, it is possible to share image information in a plurality of discrete locations.

[Problem to be solved by the invention]

However, with the above-mentioned conventional technology, audio and other information, which is different from image information, which is in high demand in normal office processing, etc.
No consideration was given to the handling of music information.
Therefore, since it is not equipped with an input/output means for audio/music information, there is a problem in that it cannot meet the demands for management and distribution of this audio/music information.

Therefore, for example, digitized high-quality audio
No countermeasures have been proposed for constraints such as the information transmission capacity of the communication network in applications where music information is distributed via the communication network and played back in real time on the terminal side.

Therefore, an object of the present invention is to provide an audio/music information management technology that automates the search and transmission of audio/music information and shortens the time required for a user to obtain the desired audio/music information. Our goal is to provide the following.

Another object of the present invention is to provide an audio/music information management technique that can reduce the time and cost required for constructing an audio/music information file system.

Still another object of the present invention is to manage audio/music information that is capable of avoiding constraints due to the information transmission capacity of a communication network in real-time playback operations of audio/music information exchanged via a communication network. The goal is to provide technology.

Still another object of the present invention is to provide an audio/music information management technique that can improve the utilization rate of audio/music information shared by a plurality of terminals.

The above and other objects and novel features of the present invention will become apparent from the description of this specification and the accompanying drawings.

[Means to solve the problem]

A brief overview of typical inventions disclosed in this application is as follows.

That is, the audio/music information management system according to the present invention is an information storage system in which audio/music information and at least one of text information and image information attached to this audio/music information are identifiably stored in the same or different storage media. means and
a search means for searching the information storage means for desired audio/music information based on desired search conditions set for the audio/music information itself or text information or image information attached thereto; It consists of input/output means for reproducing audio/music information and inputting audio/music information, and control means for controlling each means.

Further, the audio/music information management network system of the present invention provides a library constructed of a plurality of storage media in which audio/music information and at least one of text information and image information attached to the audio/music information are stored. , an input means for registering audio/music information in this library, a line control means for controlling the exchange of information between an external communication line network and the library, and a connection to the line control means via the external communication line network. A plurality of terminals and each means are used to perform search operations based on desired condition settings for desired audio/music information stored in the library, and download and playback operations for audio/music information identified through this search operation. It consists of a host computer that performs overall control and manages billing information for each terminal, and a local area network that connects this host computer and each means.

[Effect]

According to the audio/music information management system described above, for example, by using an optical disk that can be randomly accessed and written upon as a storage medium, audio/music information stored on past records, tapes, etc. can be easily retrieved. It can be digitized and registered, reducing the time and cost required to build a file system, and searching can be performed based on individual audio/music information itself or text information attached to the audio/music information. So,
It is possible to automate the search and transmission of audio/music information, and to shorten the time required for users to manually retrieve the desired audio/music information.

Further, according to the audio/music information management network system of the present invention, for example, by using an optical disk that allows additional writing and random access as a storage medium constituting the library, information stored on past records, tapes, etc. It is possible to easily digitize and register the audio/music information contained in the system, reduce the time and cost required for constructing a file system, and easily distribute it via a digital communication network.

In addition, the search for audio/music information is performed based on the individual audio/music information itself or text information attached to the audio/music information.

It is possible to automate transmission, etc., and shorten the time required for the user to obtain the desired audio/music information.

In addition, the audio/music information management system according to claim 1 is used as a terminal, and the storage medium on the terminal side functions as a buffer memory when downloading and real-time playback of target audio/music information, thereby controlling the communication line network. This makes it possible to avoid constraints imposed by the information transmission capacity of the communication network on real-time playback operations of audio/music information exchanged via the communication network.

Furthermore, by providing a buffer storage means such as a semiconductor memory in the line control means, there is a difference between the playback speed of audio/music information on the storage media constituting the library and the information transmission ability on the external communication line network. Furthermore, even when multiple terminals compete to access the same audio/music information, the time occupied by a particular terminal can be minimized, improving the efficiency of using audio/music information shared by multiple terminals. can be done.

[Example 1] Hereinafter, an example of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing an example of the configuration of an audio/music information management system T that is an embodiment of the present invention.
4 to 4 are explanatory diagrams showing examples of displays on the display during the operation process.

A memory 3 in which control programs, data, etc. are stored is connected via a system bus 2 to a microprocessor l that performs overall control.

Furthermore, a magnetic disk device 5 that functions as an external storage device is connected to the system bus 2 via a magnetic disk adapter 4.
is connected.

Similarly, the system bus 2 is connected via an optical disk adapter 6 to an optical disk device 7 whose storage medium is a write-once write-once optical disk that is capable of random access.

In this case, in addition to normal document and image information, the optical disk device 7 contains all kinds of audio and audio data, such as classical music, popular songs, jazz, folk songs, accompaniment music, film music, and recitations of poems and novels. Music information includes, for example, an album name, 1 song title, and 9 composer names.

You can search by various additional information such as lyricist name, lyrics, orchestra name, conductor name, singer name, instrument name, recited sound name, recording date, production location, commentary, etc., as well as the audio/music information itself. is stored in.

In addition, a speaker 9, a microphone 10, etc. are connected to the system bus 2 via an audio I10 adapter 8, and the audio/music information reproduced from the optical disk device 7 can be played back and listened to, , it is possible to input audio/music information to be recorded, input search information by voice, etc.

A display 12 and a keyboard 13, which serve as an interface between the microprocessor 1 and the operator, are connected to the system bus 2 via a keyboard display adapter 11. It is configured to perform operations such as specifying search conditions for music information.

An example of the operation of the audio/music information management system T of this embodiment will be described below.

First, in the initial state, the initial screen 12a is the display 1.
2, a music information file made up of audio/music information and an audio information file made up of normal document and image information can be selected.

Here, when a music information file is selected, the display 12 switches to a screen 12b shown in FIG. 3.

Note that when an image information file is selected, the search can be performed using, for example, the conventional technique disclosed in Japanese Unexamined Patent Publication No. 61-611.68 mentioned above, so a description thereof will be omitted.

Furthermore, if the system is dedicated to audio/music information, the screen 12b in FIG. 3 may be used as the initial screen.

On the screen 12b in FIG. 3, a plurality of items of supplementary information regarding a large amount of audio/music information stored in the optical disk device 7 are displayed, and the item can be searched by specifying a target character string according to the item to be searched. I do.

For example, in the example shown in Figure 3, the additional information is “song title”.
, "Composer", "Lyricist", "Lyrics", etc. can be specified as character strings for each item, and in addition, OR, search conditions specified between multiple items can be specified. A
By performing logical operations such as ND and NOT, it is possible to specify complex conditions.

In addition, search conditions based on character strings specified for individual items include (1) "exact match" where the specified character string and the item contents completely match, and (2) the specified character string. (3) "Middle match" which selects items where the specified character string matches part of the item's content;

For example, in a search by specifying "middle match," by inputting all the lyrics as one item of supplementary information, it is possible to search for the corresponding song simply by specifying the lyrics that you vaguely remember.

Now, as shown in Figure 3, enter the search condition "Composer = Hitachi Abe" on the keyboard 1 as the desired search item.
3, the microprocessor 1 reads the accompanying information of the audio/music information stored in the optical disk device 7, magnetic disk device 5, etc., determines whether it matches the search condition, and performs the process as shown in FIG. display 120
Applicable items are displayed as shown on screen 12C.

In the case of this embodiment, three items (three songs) matching the search conditions are output.

The operator can then select one or more of the three items.

In addition, in the above search, the search was performed by matching/mismatching the text information attached to the audio/music information, but it is also possible to search by playing back part or all of the audio/music information itself one after another. .

In this case, by performing operations such as distinguishing the reproduced audio/music information using the voice recognition means and comparing it with search conditions, it is possible to perform a search more quickly and automatically than at the actual reproduction speed.

Furthermore, the results read from the optical disk device 7 may be output as audio as they are, but they can also be output to other designated storage media, and analog magnetic or magnetic Tape, Digital Audio Tape (DAT).

Optical disks, magnetic disks, etc. can be considered.

For example, if audio/music information is stored on a compact disc (C
D) If the sound quality is 60 minutes (15 bit resolution, sampling frequency: approximately 44 kHz), the required storage capacity and transmission speed are 320 MB and 88 KB, respectively.
/S performance is required. This value is approximately equivalent to approximately 300 MB/s and 480 KB/s for optical disks, and for large-capacity magnetic disks (55 KB/s).
The same 300MB, IMB/
S (value including seek)) is applicable.

As described above, according to the audio/music information management system T as in this embodiment, audio/music information and information accompanying it are stored in the optical disk device 7, and information regarding the accompanying information and the audio/music information itself is stored. By setting search conditions, it is possible to select any item and automatically play it back or transfer it to any other storage medium, reducing the time it takes for the user to obtain the desired audio/music information. It can save time.

In addition, since the optical disk device 7 uses a write-once optical disk as a storage medium, it is easier to store audio and music information recorded on records and magnetic tapes in the past, compared to compact disks that cannot be written once. It is possible to add and edit information, and it is possible to reduce the time and cost required for constructing a file system for audio/music information.

[Embodiment 2] FIG. 5 is a block diagram showing an example of the configuration of an audio/music information management network system according to another embodiment of the present invention, and FIG. 6 is a flowchart showing an example of its processing procedure. It is.

The audio/music information management network system of this embodiment includes an optical disc library 100 that is composed of a plurality of optical disc devices and constitutes a large-capacity audio/music information file, and a human output such as audio/music information to the optical disc library 100. It also includes a file server 101 to control.

Similarly, audio and
A compact disc library 102 constituting music information files and the compact disc library 10
a file server 103 that controls the human output of audio/music information to the library 2; and a search information file 104, which is made up of a magnetic disk device and stores search information for audio/music information registered in each of the libraries mentioned above. The search information file 1040 also includes a file server 105 that controls input and output of the search information file 1040.

Furthermore, for these libraries, a plurality of input devices 106 digitize audio/music information stored in the past on records, magnetic tapes, etc. using a PCM method or the like.
Then, the digital audio/music information inputted from the input device 106 is edited, such as adding additional information as appropriate, and is then edited into the optical disc library 100, compact disc library 102, search information file 104, etc. It also includes an input server 107 that performs registration operations. It also includes a line server 108 that controls the exchange of information stored in the external communication line network 111, the optical disc library 100, the compact disc library 102, etc., and a line server 108 that controls the aforementioned servers and manages billing information as described below. A host computer 109 is provided to perform the operations, each of which is interconnected via a local area [110].

In addition, the line server 108 is connected via an external communication line network 111 to an audio/music information management system T as exemplified in the first embodiment, a display 120, a keyboard 130, and a semiconductor memory. A plurality of terminals T equipped with a buffer memory 140, etc.
T, , T11 are connected.

Furthermore, each of the plurality of terminals Tl-TR is equipped with a speaker system 150 that reproduces audio/music information arriving via the external communication network 111 in real time, and a An optical disk group [160] for recording incoming audio/music information, a digital audio chip device 170, etc. are connected as appropriate.

In this case, the line server 108 is provided with a puffer memo 'J108a made of, for example, a semiconductor memory, and the line server 108
External communication line it!8 connected via it! ! 111
By absorbing the relatively small difference in information transmission speed in
In the case where there is conflicting access from multiple terminals T and T1 as described above, the file server 101 and 103 can be The information resources such as audio and music information stored in the optical disc library 100 and the compact disc library 102 via the optical disc library 100 and the compact disc library 102 are configured to be used more effectively.

Hereinafter, an example of the operation of the audio/music information management network system in this embodiment will be described with reference to the flowchart of FIG. 6 and the like.

First, the optical disc library 100. Compact disc library 102. An example of a procedure for registering audio/music information in the search information file 104 etc. will be explained.

The audio/music information recorded on past records, analog magnetic tapes, etc. is input to the PC via the input device 106.
Digitalized by M technology etc., the input server 10
7 sends this digitized audio/music information to the optical disc library 100 via the local area network 110.
It is sent to the file server 101 of.

Then, the file server 101 records the incoming audio/music information in the optical disc library 100 together with a title accompanying the audio/music information inputted from, for example, a keyboard (not shown).

At the same time, accompanying information (search information) such as title is retrieved from the host computer 10! 1. File server 105
The information is also sent to the search information file 104 via the search information file 104, and the search information file 104 is updated.

Next, the optical disc library 100 constructed in this way
An example of an operation for searching for audio/music information in the compact disc library 102 and the like from a plurality of terminals T1 to T will be described.

First, the user operates the keyboard 130 of any terminal T to instruct selection of the desired search information file 104 via the line server 108 (step 301).

The host duo receives this, -11091t, and opens the specified search information file 104 in step 30.
2) If the oven is completed normally, a response indicating normal completion is sent to the terminal T (step 303).

Thereafter, the user specifies desired search conditions from the keyboard 130 and instructs a search for the desired audio/music information (step 304).

Host computer 9109 that received this c, terminal T1
Step 305) Search the search information file 104 for audio/music information that matches the search conditions specified by
, sends the search results to terminal T+ (step 306
).

On the terminal T side, the user instructs the central host computer 109 to select desired audio/music information data from the search results displayed on the display 120 (step 307).

Upon receiving this, the host convenor 109 instructs the file server 101 to transmit the selected audio/music information.
Or file server 1031:: command (step 308).

Then, file server 101 or file server 1
03 stores specified audio/music information in the optical disc library 100 or the compact disc library 10.
2, and the terminal T+ via the local area network 1101 line server 108 right and the external communication line network 111.
(step 309).

At this time, as the external communication line wi111, for example, -
Assuming that the numerical l5DN64 (information transmission speed is 64 kbs) is used, the read speed on the optical disk library 100 side is approximately 480 KB as described above.
/5 = 3840 kbs, so there is a large difference between the two, and if this continues, the read operation in the optical disc library 100 will be restricted by the external communication network 111, which has a lower information transmission speed, and the use in the optical disc library 100 etc. A decrease in efficiency is inevitable.

Therefore, in the case of this embodiment, the line server 108 uses the attached buffer memo! After the audio/music information arriving from the optical disc library 100 is stored in the J108a at high speed, the optical disc library 100 is transferred to the terminal T.
1, and thereafter transmits the audio/music information stored in the buffer memory 108a to the terminal T.
Perform the data buffering operation (Step 3
10).

As a result, the external communication line 1, which has a relatively low information speed,
11, the optical disc library 100 capable of higher-speed reading operations is not restricted more than necessary, and the utilization efficiency of the optical disc library 100 and the like is improved.

Furthermore, even if, for example, multiple terminals T, ~T, etc. request access to the same audio/music information, the waiting time at each terminal T, ~T, etc. can be minimized. Improves operability.

In this way, the target audio/music information arriving via the line server 108 is received by the terminal, and the terminal transmits the received target audio/music information to the attached optical disk group [160
Operations such as recording on the digital audio device 170 (step 311) and reproducing in real time via the speaker system 150 (step 312) are performed.

By the way, as mentioned above, when using the negative 15DN64 as the external communication line network 111, data transfer using the PCM method with a resolution of 16 bits results in a sampling frequency of 4KHz, and if this continues, the audio quality will be relatively poor.・Can only send music information, but ADP
CM (＾adaptive Differential
By effectively compressing data using methods such as Pulse Code Modulation, it is possible to reduce the amount of information to a fraction of what it is, and by using well-known noise reduction technology, the dynamic range can be expanded in an analog manner. At an information transmission speed of 54 kbps, the audio/music information arriving at the terminal T1 from the central optical disk library 100 via the external communication line m1ll can have a reasonable sound quality.

However, when high sound quality comparable to that of a compact disc (CD) is required, the information transmission speed in the external communication network 111 becomes a bottleneck, and the real-time transmission of audio and music information on the terminal T1 side becomes a bottleneck. Regeneration becomes difficult.

Therefore, in the case of this embodiment, the buffer memory 140 provided in each terminal T1 to T and the optical disk device 16
Buffering operations are performed by appropriately combining 0, etc.

That is, the optical disk device has the performance as described above,
Assuming that the seek time is about 100 ms, the capacity of the buffer memory 140 is about 200 kB.

As a result, while writing high quality audio/music information arriving from the central line server 108 via the external communication line network 111 to the buffer memory 140, optical disk device 160, etc., the previously written data is simultaneously written. By reading out the data from the buffer memory 140 and the optical disk device 160, it becomes possible to perform real-time reproduction by the speaker system 150.

Additionally, the billing information is collected by the CPU of the host combiner 109.
The time, device usage fee, copyright fee for the audio/music information used, etc. are aggregated and recorded by the host computer 109, and are notified to each terminal T, -Ti for each use. be done.

In addition, the usage fee for the external communication network 111 is
, ~T0 side, it is possible to know from the station number to which the central line server 108 belongs, etc., and by summing these, it can be automatically calculated and recorded at the relevant terminal T~T, , etc. .

As described above, according to the audio/music information management network system of this embodiment, audio/music information such as past records and magnetic tapes can be digitized and easily registered in the centrally provided optical disk library 100 or the like. It is possible to reduce the time and cost required for constructing a file system for audio/music information.

In addition, an optical disc library 100 and a plurality of terminals TI
The line server 108 interposed between Since it is equipped with a buffer memory 108a that performs the operation, it is possible to prevent the central optical disc library 100 from being tied up by a specific terminal for an unnecessarily long time, and also to , even if access requests are generated from a plurality of terminals T1 to T, , the waiting time until the desired audio/music information can be manually obtained at each terminal is shortened. This improves the operability of the terminal.

In addition, since each terminal T, -T is provided with a buffer memory 140, an optical disk device 160, etc., the buffer memory 140 or optical disk device 160 receives audio that has been read out from the central optical disk library 100, etc.・By performing the operation of recording music information and the operation of playing back already recorded audio/music information in parallel, for example, high-quality audio/music information with a large amount of information to be transmitted can be recorded.
Even in the case of music information, it is possible to reproduce it in real time using the speaker system 150 or the like without being subject to restrictions on the information transmission speed in the external communication network 111.

Although the invention made by the present inventor has been specifically explained based on Examples above, the present invention is not limited to the Examples (although it is possible to make various changes without departing from the gist of the invention). Not even.

For example, in the above description, a case has been described in which audio/music information is stored on an optical disk or a compact disc, but audio/music information may be stored on a magnetic disk.

Further, the configurations of the audio/music information management system and the audio/music information management network system are not limited to those exemplified in the above embodiments.

〔Effect of the invention〕

Among the inventions disclosed in this application, the effects obtained by typical inventions are briefly described below.

That is, according to the audio/music information management network system of the present invention, audio/music information and at least one of text information and image information attached to this audio/music information can be identified in the same or different storage media. Searching the information storage means for desired audio/music information based on desired search conditions set for the information storage means to be stored and the audio/music information itself or the text information or image information attached thereto. As a storage medium, for example,
By using optical discs that allow random access and additional writing, audio and music information stored on past records and tapes can be easily digitized and registered, reducing the time and cost required to build a file system. In addition, by performing searches based on individual audio/music information itself or text information attached to the audio/music information, it is possible to automate the search and transmission of audio/music information, and to help users achieve their goals. The time required to obtain audio/music information can be shortened.

Further, according to the audio/music information management network system of the present invention, the audio/music information and at least one of text information and image information attached to the audio/music information are stored in a plurality of storage media. library,
an input means for registering the audio/music information in the library; a line control means for controlling the exchange of information between an external communication line network and the library; and a line control means for controlling the transfer of information between the external communication line network and the library. A plurality of devices are connected to the library and perform search operations based on desired condition settings for the desired audio/music information stored in the library, as well as download and playback operations for the audio/music information specified by the search operation. It consists of a terminal, a host computer that centrally controls each of the above-mentioned means and manages billing information for each of the above-mentioned terminals, and a local area network that connects this host computer and each of the above-mentioned means.
For example, by using an optical disk that allows for additional writing and random access as a storage medium that constitutes a library, audio and music information stored on past records and tapes can be easily digitized and registered. The time and cost required to construct a file system can be reduced, and distribution can be easily performed via a digital communication network.

In addition, the search for audio/music information is performed based on the individual audio/music information itself or text information attached to the audio/music information.

It is possible to automate transmission, etc., and shorten the time required for the user to obtain the desired audio/music information.

In addition, the audio/music information management system recited in claim 1 is used as a terminal, and the storage medium on the terminal side functions as a buffer memory when downloading and real-time playback of target audio/music information. It is possible to avoid restrictions due to the information transmission capacity of the communication network in real-time reproduction operations of audio/music information exchanged via the network.

Furthermore, by providing a buffer storage means such as a semiconductor memory in the line control means, there is a difference between the playback speed of audio/music information on the storage medium that makes up the library and the information transmission capacity depending on the external communication line network. Furthermore, even when multiple terminals compete to access the same audio/music information, it is possible to minimize the time occupied by a particular terminal, increasing the efficiency of the use of audio/music information shared by multiple terminals. can be improved.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an example of the configuration of an audio/music information management system that is an embodiment of the present invention, FIG. 2 is an explanatory diagram showing an example of a display during the operation process, and FIG. Similarly, FIG. 4 is an explanatory diagram showing an example of the display during the operation process. FIG. 5 is an explanatory diagram showing an example of the display during the operation process. FIG. 5 is another embodiment of the present invention. FIG. 6 is a block diagram showing an example of the configuration of the audio/music information management network system. FIG. 6 is a flowchart showing an example of its operation. 1... Microprocessor, 2... System bus,
3...Memory, 4...Magnetic disk adapter, 5.
...Magnetic disk device, 6...Optical disk adapter,
7... Optical disk device, 8... Audio I10 adapter, 9... Speaker, 10... Microphone, 11
...+-Hold display adapter, 12...Display, 12a, 12b, 12c...Single screen, 13
...Keyboard, 100... Optical disk library, 101... File server, 102... Compact disk library, 103... File server,
104... Search information file, 105... File server, 106... Input device, 107... Input server, 108... Line server, 108a... Puffer memory, 109... Host combinator, 110...
・Local area network, 111...External communication line network, 1
20...Display, 130...Keyboard, 1
40... puffer memory, 150... speaker system, 160... optical disk device, 170... digital audio chip device, T... music information management system, T1-T,... terminal, 301- 312...
- Steps showing an example of the operation of the audio/music information management network system. Figure 2

Claims (1)

[Scope of Claims] 1. Information storage means for identifiably storing audio/music information and at least one of text information and image information attached to the audio/music information in the same or different storage media; - a search means for searching the information storage means for target audio/music information based on desired search conditions set for the music information itself or the text information or image information attached thereto; and the information storage means 1. An audio/music information management system comprising input/output means for reproducing audio/music information from and inputting audio/music information, and control means for controlling each of the aforementioned means. 2. The information storage means is composed of at least one of an optical disk device and a magnetic disk device, and the registration operation of any of the audio/music information to the information storage means, and the text information or the It is possible to perform an immediate playback or transmission operation of the search results by specifying a part of the image information and performing a match search, or by directly sequentially playing back and listening to a part of the audio/music information. The audio/music information management system according to claim 1, characterized in that: 3. A library constructed of a plurality of storage media in which audio/music information and at least one of text information and image information attached to this audio/music information are stored, and registration of the audio/music information in this library. input means for controlling the transmission and reception of information between an external communication line network and the library; A plurality of terminals that perform a search operation based on desired condition settings for the desired audio/music information, and download and playback operations for the audio/music information specified by the search operation, and collectively control the respective means. An audio/music information management network system comprising a host computer that manages billing information for each of the terminals, and a local area network that connects the host computer and each of the means. 4. The line control means is provided with a buffer storage means for absorbing the difference between the actual playback time of the audio/music information on the terminal and the information transmission speed on the external communication line network. The audio/music information management network system according to item 3. 5. Claim 3, characterized in that the audio/music information management system according to claim 1 or 2 is used as the terminal.
or the audio/music information management network system described in 4. 6. The audio/music information management network system according to claim 3, wherein the audio/music information is registered, searched, updated, and edited in the library by voice recognition.