KR100666010B1 - Arrangement system of a music using the internet, the method thereof - Google Patents

Abstract

The present invention relates to an arrangement system using the Internet and a method thereof, to provide an arrangement system and method for easily arranging music according to a user's emotion using the Internet and improving the completeness of a song. A web server having a database unit storing data such as sound, additional sounds, and arrangements, and additional means for adding additional sounds to the original sound, an administrator system for supplying a processed arrangement to be stored in the database unit, and accessing the web server through a public network And a user system, wherein the manager system locates the reference sound of each node of the original or additional sound analyzed by the analyzing means for analyzing the time, rhythm, and velocity of the original or additional sound stored in the database unit. Reference sound determining means for determining as information, original sound according to the position of the reference sound determined by the determining means Includes designation means for designating the length of the node of the additional sound and the position of the reference sound, and file formation means for forming the position information for each node specified by the designation means into a file, and the administrator system stores the file in the database unit. It was set as the structure to store. By this configuration, the user can freely remix or remake a desired song to satisfy the user's preference.

Arrangement, Manager System, Database, Public Network, Analytical Means

Description

Arrangement system of a music using the internet, the method

1 is a view showing a composition processing unit of a mobile phone having a conventional composition function;

2 is a block diagram of an arrangement system using the Internet according to the present invention;

3 is a diagram showing an example of a file formed by the manager system shown in FIG. 2;

4 is a view showing a process of measuring and recording original music using the manager system shown in FIG. 2;

FIG. 5 is a flowchart showing a process of editing according to the arrangement system shown in FIG. 2; FIG.

[Description of the code]

1: web server, 2: public network

3: user system 10: database

11: additional sound adding means 12: background adding means

81: analysis means 82: reference sound positioning means

83: designation means 84: file formation means

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an arrangement system and a method using the Internet. In particular, an ordinary Korean outside of arrangement arranges by remixing or remake using a database in which existing music is analyzed and recorded as a file. And a method for arranging the arrangement.

The invention also relates to a recording medium having recorded thereon a program for executing the arrangement system by a file stored in a database.

Normally, music activities consist of three parts: composition (writing), performance, and listening. Among them, composition and writing are the most fundamental activities. The composition and composition of the subject is a specific individual, and the composer's personality and ideas are reflected and the originality of expression is required. In addition, in order to compose a theme that is suitable for one's expression and develop it, it is necessary to think about the sound according to musical logic in order to determine the composition of the whole. Only those who were able to compose.

In addition, in order to become a composer or a singer, the composer or singer's composer has to compose and evaluate the music to be recognized. There was a hassle to be evaluated.

In recent years, with the development of computer technology and the use of Internet technology, it is possible to compose music using cyber space, evaluate the music, and provide an online space for debuting as composers and singers. When you complete a song using the composition software ASP that inputs the score and provides a sound source module, it is automatically stored in the copyright association DB and users can listen to the music and make a rating. Disclosed is a music composition system and method using the web that allows a user to sing and register a song for evaluation.

Examples of the technology related to the music composition system as described above are described in Korean Patent Laid-Open Publication No. 2000-58995 (music composition system and method using the web), Dong 2001-88951 (song implementation system and its application through data synthesis), 2001-91206 (the method of creating a song using the Internet) and 2002-57748 (the method and system for providing a composition and composition service through the Internet).

In addition, Korean Patent Laid-Open Publication No. 2002-77489 discloses a mobile phone with a composition function, a music composition method, and a music composition program.

Fig. 1 is a diagram showing an example of the composition of the composition process of the cellular phone disclosed in the above publication.

That is, Fig. 1 is a diagram showing an outline of the processing when music data composition processing and incoming melody reproduction processing are performed when composing in a mobile telephone having a composition function. The music data composition processing is started by operating various buttons of the cellular phone and selecting the "composition" menu from the incoming melody menu displayed on the display section of the cellular phone. In the music data composition processing, first, music score data of a melody part is input by operating various buttons. In this case, for example, "degree", "re", "me" ... Each note is assigned, and the score data of the melody part is input by operating the assigned dial button. The input sheet music data is displayed as a note name on the display unit of the cellular phone or as a note on the stave report. The input of the sheet music data of such a melody part is shown as a melody part input process (INI).

When the input of the sheet music data of the melody part is completed, a process of generating the accompaniment part is performed. In the process of generating the accompaniment part, the " pops ", " lock " Choose a style that fits the melody part you have entered. Style selection allows you to select the desired style by watching the accompaniment pattern of each style's standard rhythm. Then, since the variation pattern of the selected style is displayed on the display unit, a variation pattern suitable for the input melody part is selected. The selection of this variation pattern can also select a desired variation pattern by viewing the rhythm of each variation pattern. The accompaniment pattern data selected by the generation process of the accompaniment part is accompaniment data preset in the preset accompaniment data area of the cellular phone or accompaniment downloaded to the cellular phone and stored in the download accompaniment data area of the RAM of the cellular phone. It is selected from the data. That is, when viewing, the standard rhythm pattern is read out and reproduced by the music reproducing section of the cellular phone.

However, the technique disclosed in the above publication allows the user to input the sheet music data for the melody and to simply select and use the accompaniment data of the drum part, the bass part, and the chord part for the accompaniment part. There was a problem that the completeness is extremely low.

That is, in the composition system as described above, if the user does not have a rhythmic concept, only sound names are assigned and accompaniment data may be mixed, resulting in simple noise.

An object of the present invention is to solve the problems of the prior art as described above, to provide an arrangement system and method for easily performing the arrangement according to the user's emotions using the Internet and at the same time improve the completeness of the song will be.

It is another object of the present invention to provide a variety of original sounds (music released by musicians such as artists' presentation music, performance music, etc .; hereinafter referred to as "original sounds") and additional sounds (instrument sounds, rap, natural sounds, daily life through wired and wireless public networks). Performs arrangements at low cost by providing life sounds, speech sounds, stereotyped or atypical sounds, etc., one word of music or a sound that does not have the full length of music; The present invention provides an arrangement system and a method for easily performing various arrangements.

Another object of the present invention is to provide a computer readable recording medium having recorded thereon a program for easily executing the arrangement system according to the present invention.

In order to achieve the above object, the arrangement system according to the present invention is arranged in the arrangement system to remix or remake the original sound in real time using the Internet, a database storing a plurality of original sound, additional sound, arrangement, etc. for the arrangement A web server having an additional means for adding an additional sound to said original sound and said original sound, an administrator system for supplying arrangements to be stored in said database portion, and a user system connected to said web server via a public network; Is an analysis means for analyzing the beat, rhythm, and velocity of each node of the original or additional sound stored in the database unit, and a reference for determining the position of the reference sound of each node of the original or additional sound analyzed by the analysis means as positional information. The sound source determining means, the original sound according to the position of the reference sound determined by the determining means Designation means for designating the length of the measure of the additional sound and the position of the reference sound and the file forming means for forming the position information for each node specified by the designation means and the speed of each node analyzed by the analysis means to a file And the manager system stores the file in the database unit.

In the arrangement system, the length of each node of the original sound or the additional sound designated by the designation means is not constant.

Further, in the arrangement system, the file forming means forms a file containing a file name, original sound name, rhythm, speed, and designated position information with respect to the position information designated by the specifying means.

In addition, the arrangement system according to the present invention in order to achieve the above object in the arrangement system for remixing or remake the original sound in real time using the Internet, a plurality of data, such as the original sound, the additional sound, the arrangement for the arrangement A web server having a stored database unit and additional means for adding additional sounds to the original sound, and a user system connected to the web server through a public network and editing using the original sound and the additional sound, wherein the user system includes: Analysis means for analyzing the time, rhythm, and velocity of each original or additional sound stored in the database unit; a reference sound for determining the position of the reference sound of each node of the original or additional sound analyzed by the analysis means as positional information; Positioning means and reference of the original sound or the additional sound according to the position of the reference sound determined by the determining means A specifying means for specifying the position and the speed of analysis and the analysis device from the location information for each of the words specified by the specifying means is characterized in that it comprises a file forming unit forming a file.

Further, in the arrangement system, the user system adds different addition sounds in accordance with each node of the original sound.

In order to achieve the above object, the arrangement method according to the present invention includes a database unit in which data of the original sound and the additional sound are stored and additional means for adding the additional sound to the original sound in order to remix or remake the original sound using the Internet. A arrangement method for editing the original sound using a web server, an administrator system for supplying the processed arrangement to the database unit, and a user system connected to the web server via a public network, wherein each node of the original sound or the additional sound A step of determining the position of the reference sound of the measured node, specifying the positional information of the reference sound of the original sound or the additional sound determined in the determining step, the position of the original sound or the additional sound specified in the designation step Forming information into a file and recording the information in the database unit; Selecting the original sound and the additional sound, adding the additional sound to the original sound selected in the selection step, and matching the additional sound added in the additional step to the original sound according to the positional information of the reference sound of each node of the original sound. Characterized in that it comprises a.

In the arrangement method, the length of each node specified in the designation step is not constant.

In the arrangement method, the file includes a file name, original sound name, rhythm, speed, and position information with respect to the position information designated by the designation step.

In the arrangement method, additional sounds added to each node of the original sound are different from each other.

Further, in order to achieve the above object, the recording medium according to the present invention measures the length of each node of the original sound or the additional sound, means for storing the original sound and the additional sound, for remixing or remaking the original sound using a computer. Program for executing means for determining the position of the reference sound of the measured node, means for specifying respective position information of the reference sound whose length of the measured node is not constant, and means for forming the designated position information into a file; Characterized in that recorded.

The recording medium is a magnetic recording medium, a semiconductor memory, a CD or a DVD.

In order to achieve the above object, the arrangement system according to the present invention, in the arrangement system for remixing or remake the original sound, comprising a database including reference sound position information and velocity information for adding additional sound to the original sound data It is characterized by.

First, the outline | summary of the arrangement | positioning operation which remixes or remakes a song before an Example which concerns on this invention is demonstrated.

Music is basically composed of the main melody (melody), the harmony that supports it, and the beat and rhythm to determine the genre.

For example, Cho Yong-pil's short hair can be analyzed as "4/4 beat, disco rhythm, speed of 127 BPM (127 beats per minute), total 46 words."

If you want to change this to a different style, the easiest way is to change the genre of the song simply by changing the disco rhythm (drum type) to the latin rhythm (latin drum).

To this end, various rhythms and sources (rap, water, phone, etc.) are needed as additional sounds, and accurate analysis of songs is required.

In other words, to drum a song, you must have accurate time information.

One 2 3 4 5 6 7 8 9 10 11 12 13

The above is an example of analyzing a song. If it is 4/4 beats and 13 words, and one word is 4 seconds, you need to do the following to apply Latin rhythm to this song.

1. From the Latin rhythm, select the drum of the 4/4 beat rhythm that you want to add.

2. Play this drum with a beat of exactly one second.

3. Repeat this played drum 13 times and apply it to the selected song.

4. You can also enjoy a variety of musical effects by inserting a source (rap, water phone, etc.) prepared as one of the additional sounds into the song. What is important is that these sounds must be applied with a rhythmic concept. 4/4 beats have the general characteristics of strong, weak, medium and weak. The first location where the sources can be revealed is compulsive and the second location is medium obturator. If this rule is broken, the source will harm the music with simple noise.

This is usually done by a producer or a remix professional DJ.

1. Select a song and analyze the song using the dedicated producing program (velocity, rhythm, beat).

2. Select the desired drum source or record your performance to process at the same speed (BPM) as the song you analyzed.

3. Put on the drum. However, when analyzing the song, the following situation occurs.

melody

m-1 m-2 m-3 … m-n

drum

d-1 d-2 d-3 … d-n

As you can see above, the song is generally not divided into n equal parts, so there are two ways to remix.

1. Process equal division into n equal parts (shorter or longer length is possible because it is less than 1/1000 second).

2. Accurately identify the time of the first night and always drop the first night correctly. To do this, the remaining time is silenced or shortened.

3. In general, producers and DJs don't actually play rhythms. They use drum sources (files already created and recorded) to do two things:

A. The file is already recorded, so it doesn't match the length of the song you are working on. When you use one rhythm, the song becomes simpler, so you do the following repeatedly by repeating several rhythms.

B. Also convert one rhythm to several to minimize boredom when the rhythm is repeated.

The main reason why it is difficult for the general public to perform the mixing work performed as described above is as follows.

1. Producing programs and equipment are expensive and difficult to learn to use.

2. Difficult to analyze music (must have musical professional training).

3. You must have a rhythmic sense to mix music. This also requires professional training.

4. In order to mix, a variety of additional sounds must be secured, but it is difficult for the general public to buy them when they are sold at high prices for commercial use.

5. In using the additional sounds of Paragraph 4, various conversions must be made by the user, which also requires a sense and education.

For this reason, work such as remixing and remake remains an area of expertise.

Accordingly, the present invention is to provide a technique that can be easily remixed or remake in the way desired by the public by utilizing the work of the expert as described above.

Best Mode for Carrying Out the Invention Embodiments of the present invention will be described below with reference to the drawings.

2 is a block diagram of an arrangement system using the Internet according to the present invention.

In Fig. 2, reference numeral 1 denotes a web server for providing an arrangement service using the web, and reference numeral 3 denotes a plurality of user systems connected by a web server 1 and a public network 2 such as the Internet. ) Is an input unit for inputting data necessary for arranging the user to the user system 3 consisting of a normal keyboard, a mouse, and an electronic pen, and (6) a CRT, liquid crystal, etc. for displaying the sheet music arranged by the user. A display unit (7) is an output unit including voice output means such as a speaker, headphones, earphones for outputting the arranged sheet music as an audio signal, and (8) an administrator for processing and outputting the original music to the web server (1). System.

The web server 1 has a database unit 10 for storing information for arrangement, etc., additional sound adding means 11 for adding various additional sounds to the original sound, and corresponding to the music when the user arranges the music. Background adding means (12) for adding a background screen, input / output means (13) for inputting and outputting desired information to and from user system (3) and manager system (8), and user management means (14) for managing contents related to user's choices. ).

In addition, the database unit 10 may correspond to an original sound database 100 in which information on a plurality of original sounds is stored, an additional sound database 101 in which information on a plurality of various additional sounds is stored, and a song arranged by a user. A background database 102 storing information about the background screen, and an arrangement database 103 stored in a file by measuring positions of respective speeds and reference sounds of the original sound or the additional sound by the manager system 8 and the like; do.

The manager system 8 analyzes the analysis means 81 for analyzing the beat, rhythm, speed, etc. of the original sound or the additional sound stored in the original sound database 100 and the additional sound database 101 of the database unit 10, and analysis. Reference sound positioning means 82 and reference sound positioning means 82, which determine the position of the reference sound of each node of the original sound or the additional sound analyzed by the means 81, as the positional information; Designation means (83) for designating the position of each node of the original sound or the additional sound as the position information according to the reference sound position of the file; and the position information of each node of the original sound or the additional sound designated by the designation means (83) as a file. And pile forming means 84 for forming.

In addition, the manager system 8 stores the original and additional sound data and the edited data processed by the analyzing means 81, the reference sound positioning means 82, the designation means 83, and the file forming means 84, respectively. The processing timing of the temporary storage unit 85 and the analysis unit 81, the reference sound positioning unit 82, the designation unit 83, the file forming unit 84, and the temporary storage unit 85 to temporarily store It also includes a processor 86 for controlling.

The manager system 8 designates the position information of the reference sound by the designation means 83 according to the reference sound position in each node of the original sound or the additional sound determined by the reference sound positioning means 82. Is converted into a file by the file forming means 84 and stored in the arrangement database 103.

As shown in FIG. 3, the file forming unit 84 designates a file name for the original sound or the additional sound, and also the rhythm of the house, dance, ballad, etc. The name, speed, etc. are formed to be recorded in a file format.

That is, the file forming means 84 is shown in Fig. 3A using the value of the position of each node of the original sound or the additional sound determined by the reference sound positioning means 82 and the designation means 83 as the binary information. As shown in (P1, BPM1), (P2, BPM2),... , Pn and BPMn are recorded to have the positional information Px of the reference sound for each bar of the original song and the velocity for each bar (BPMx).

Or (P1, BPM1, data of the original piece node 1), (P2, BPM2, data of the original piece node 2), as shown in FIG. The file is formed to have the position information Px of the reference sound for each bar of the original piece, the velocity for each bar BPMx, and the data of the original piece for each bar by using (Pn, BPMn, data of the original piece node n).

In addition, as a reference for determining the position of the reference sound in the reference sound positioning means 82, the original sound is used as the telephone pole, part 1, part 2,... , Part n, considered, part N + 1, part N + 2,... , Part N + n, and then mainly formed, each part is a unit that the lyrics end with a sentence.

The reason for this decision is that each boundary is an important factor in remixing or remaking a song by changing the rhythm or using various additional sounds (wind, wave, car, rap, etc.).

Therefore, in the present invention, since the interval between each node is not constant in the original sound or the additional sound, for example, the position of the first beat of each measure is determined as the reference sound position, and the length of each measure is measured. It forms as a file as shown in FIG., And records this file in the arrangement database 103. FIG.

Next, in the formation of the file shown in FIG. 2, a process of measuring and recording the original music by the manager system 8 will be described with reference to FIG. 4.

4 is a diagram illustrating a process of measuring and recording the original sound or the additional sound by the manager system 8 shown in FIG.

First, the manager connects to the web server 1 to provide the arrangement service through the manager system 8 and patches the desired tune in the original sound database 100.

The original sound selected by the administrator is analyzed by beat, rhythm, speed, etc. by the analyzing means 81, and for example, as shown in FIG. 4A, it is analyzed as a song having a rate of 4/4 beats and 142.000 BPM. In the analysis screen of the example shown in FIG. 4A, music is analyzed at a speed of 142 beats per minute, and the interval between lines displayed up and down represents one beat. In the analysis in Fig. 4A, it is displayed as if it was analyzed correctly according to the beat.

However, if the analysis shown in FIG. 4A is specifically confirmed, as shown in FIG. 4B, if the correct analysis confirms the entire song in a specific part, it may be confirmed that the beat beats little by little as the song goes backward. .

For this reason, when composing the original sound, small time differences are gathered in the process of setting the beat and playing a single song, so that the exact speed cannot be determined.

Therefore, the reference sound positioning means 82 accurately checks the position of the reference sound of each node at an irregular speed, and sets it as a reference point when remixing or remaking, and adding an additional sound to arrange the sound.

The interval between each reference point is not constant because a person works with a time difference in making a song.

As shown in FIG. 4C, the designation means 83 divides the nodes of the original sound according to the position of the reference sound determined by the reference sound positioning means 82 in order to solve the difficulty of arranging the work according to the time difference. Specify the location of the reference sound, measuring the length of each measure.

In addition, the section designated by the designation means 83 is formed into a file by the file forming means 84.

That is, the file forming means 84 is the position of the reference sound position of the node specified by the designation means 84 on the basis of the reference point of each node because the value of the speed (BPM) is analyzed for each node in the analysis means 81 The information and the velocity information for each node form one file as shown in FIG.

In addition, the length of the node and the reference sound position information for the original sound are also formed in the file for the additional sound selected by the administrator in the same manner as described above.

As described above, data of the original sound and the additional sound processed by the manager system 8 are stored as a file name in the arrangement database 104 of the web server 1.

In the above description, the process of arranging by the manager system has been described, but the user may arrange and execute the original sound and the additional sound by providing analysis means, positioning means, designation means, and file forming means in the user system 3. have.

Next, the method of the arrangement system according to the present invention will be described with reference to FIG.

FIG. 5 is a flowchart illustrating a process of the arrangement system illustrated in FIG. 2.

When a plurality of users access the Internet by executing a web browser, which is a program for accessing the Internet via the network public network 2, using the user system 3 to arrange desired songs (S10), Connected to the server 1, a web page by an administrator is displayed.

The web server 1 goes through each login step of a plurality of users through the area indicated on the displayed web page (S11). At this time, the login step is to go through the step of determining whether the user can receive the service provided by the administrator, and to enter a user ID (Identification) and password to determine whether the member (S12).

If the user is not able to receive the services provided by the administrator, that is, if he is not a member, he / she registers through the form, and the user's name, social security number, telephone number, personal mobile phone number, address, and e-mail address. Information such as an address is inputted and stored in the user management means 14 (S13).

In the following description, the processes arranged by the user system or the administrator system will be described simultaneously.

Next, the user or the administrator selects the original sound which he / she wants to arrange through the input unit in the original sound database 100, and arranges the arrangement in which position information of each node is designated in correspondence with the original sound selected for the arrangement. (S14).

In step S14, the structure of selecting the original sound and the arrangement original sound is explained, but the original sound processed by the selection of the original sound may be output simultaneously.

Next, the user or the administrator selects the additional sound and the background picture desired by the user from the additional sound database 101 and the background screen database 102 (S15).

Next, the user or the manager analyzes the original sound and the additional sound through the analyzing means 81, determines the reference point, and determines the node according to the reference point. Then, it is determined whether or not to change the BPM of the determined original or additional sound (step S16).

When the BPM is changed in step S16, the BPM of the additional sound or the original sound that is not changed in the changed BPM of the original sound or the additional sound is examined, and it is determined whether the BPM selected in each node of the original sound or the additional sound is the same (S17). In step S17, for example, when the additional sound BPM and the original sound BPM are different, the additional sound BPM is changed (S18).

At this time, the additional sound added is stored in the database unit 10 as data having a different speed within the range of 70 to 160 BPM (for example, a mulberry having a speed of 80 BPM, a mulberry having a speed of 110 BPM, Data having a speed of 150 BPM), and is changed to an additional sound having a speed close to that of the original sound. That is, if the speed of the original sound is 140BPM, it is changed to mulberry data having a speed of 150BPM closest to the speed of the original sound of the three mulberry data.

If the BPM is not changed in step S16, or if the BPM of the original sound and the additional sound is the same in step S17, or if the BPM of the additional sound is changed in close to the original sound in step S18, the insertion position of the additional sound is determined (S19). .

Thereafter, it is determined whether the arranging operation is completed while adding additional sounds to each node of the original sound (S20). If the arranging operation is not completed in step S20, the flow advances to step S15 to repeat the arranging operation for the node of the arranging, and by this repetition, the remix or remake operation is terminated (S21).

Here, because the lengths of the bars of the original sound are different from bar to bar, if the lengths of the bars of the additional sound added are longer than the lengths of the bars of the original music, the sound is cut at the point where the first beat position information of the next bar appears. If it is shorter than the length between nodes, the paste is processed by muting.

In addition, in step S15, the additional sound selection may be performed by adding one additional sound determined in correspondence with each node of the original sound or by adding a different additional sound among the additional sound desired by the user or the manager for each node of the original sound, for example. Add sound of water at the first node, add sound of the lap at the second node,... Various additional sounds may be added, such as.

Arranged into remixes or remake songs that are stably combined by the processing as described above, the user views the completely synthesized state through the display portion 6 and the output portion 7 of the user system.

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary.

That is, in the above-described embodiment, the processing by which the user connects and arranges the user system 3 and the web server 1 via the public network 4 has been described as a computer system, but is not limited thereto. You can also use a device such as a telephone.

In other words, in the above embodiment, the process of the user connecting and arranging the user system 3 and the web server 1 through the public network 4 has been described. The function may be stored and used in a recording medium such as a magnetic storage medium, a semiconductor memory, a CD or a DVD.

That is, in order to remix or remake the original sound using a computer, some original and additional sounds desired by the user are stored on the recording medium, the speed of the original sound or the additional sound is analyzed, and each node of the original sound or the additional sound is added. Measure the length of the, determine the location of the reference sound of the measured node, specify the location information of each of the reference sound of which the measured node length is not constant, and save the program to form the specified location information to a file The recording medium may be driven by a program that can be read by a user's personal computer to perform a remix or remake of a desired original sound.

As described above, by using the arrangement system and the method according to the present invention on the Internet, even a general person who does not have a musical professional education can freely remix or remake a desired song without using expensive equipment. The effect that the user's taste can be satisfied is obtained.

Claims (12)

delete delete delete In the arrangement system for remixing or remaking the original sound in real time using the Internet, A web server including a database unit storing data such as a plurality of original sounds, additional sounds, and arrangements for the arrangement, and additional means for adding additional sounds to the original sounds, respectively; And And a user system connected to the web server through a public network and editing using the original sound and the additional sound. The user system,   Analysis means for analyzing the beat, rhythm, and velocity of each original or additional sound stored in the database unit;   Reference sound positioning means for determining, as positional information, the position of the reference sound of each node of the original sound or the additional sound analyzed by the analysis means;   Designating means for designating a position of the reference sound of the original sound or the additional sound according to the position of the reference sound determined by the determining means; And   And file-forming means for forming the positional information of each node designated by the designation means and the speed analyzed by the analysis means into a file. The method of claim 4, wherein And the user system adds different additional sounds according to each measure of the original sound. To remix or remake the original sound using the Internet, a web server having a database unit in which data of the original sound and the additional sound are stored, and an additional means for adding the additional sound to the original sound, and a manager system for supplying the arranged arrangement to the database part. And editing the original sound using a user system connected to the web server through a public network. The determination step of measuring the length of each node of the original or additional sound selected by the user system, and determining the reference sound position of the measured node; A designation step of designating position information of the reference sound of the original sound or the additional sound determined in the determination step; A recording step of forming the position information of the original sound or the additional sound specified in the designation step into a file and recording it in the database unit; A selection step of selecting an original sound and an additional sound stored in the database unit; An additional step of adding an additional sound to the original sound selected in the selection step; And And a matching step of matching the additional sound added in the additional step with the original sound according to the positional information of the reference sound of each node of the original sound. The method of claim 6, And the length of each node specified in said designation step is not constant. The method of claim 7, wherein And the file comprises a file name, original sound name, rhythm, speed, and position information with respect to the position information designated by the specifying step. The method of claim 6, The additional sound added to each node of the original sound is different arrangement method. delete delete delete

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