KR20020068147A - Method for construction a song data using network utility and computer readable medium having stored thereon computer executable instruction for performing the method - Google Patents

Abstract

The present invention relates to a method for constructing karaoke-related data using a communication network and a recording medium storing a program capable of performing the method as a computer. The present invention, (a) after the first business operator establishes a database linked to a web server to provide music accompaniment, song lyrics, video material to a second business operator for operating a karaoke business, and opened a web page, (b) when the second provider connects to the web page of the first provider using a communication network to use the database data constructed by the first provider, (c) the first provider contacts the second provider. Authorized to use the instrumented database of the first operator, and (d) the instrumented database of the first operator by transmitting data using the communication network to the instrumented database data of the first operator; The database of the same system is characterized in that it comprises the steps of building a second provider database in a predetermined storage unit. According to the present invention, it is possible to easily and quickly upgrade the relevant digital information for the karaoke business offline.

Description

METHODS FOR CONSTRUCTION A SONG DATA USING NETWORK UTILITY AND COMPUTER READABLE MEDIUM HAVING STORED THEREON COMPUTER EXECUTABLE INSTRUCTION FOR PERFORMING THE METHOD}

The present invention relates to a method for constructing a karaoke-related data using a communication network and a recording medium storing a program capable of performing the method as a computer. More specifically, the present invention relates to a karaoke provider that can be connected through a network of a server / client system. Equalization of the database established between the first (central) and the second (local) operators enables continuous and real-time reconstruction or update of data, so that music accompaniment, lyrics and related to the latest new songs The present invention relates to a method for constructing a karaoke-related material using a communication network that can implement a karaoke business by constructing a video material, and a recording medium storing a program capable of performing the method as a computer.

Conventional karaoke business methods are largely divided into two ways. First, if a karaoke user visits a karaoke business owner's workplace with a karaoke terminal and selects the desired data from the karaoke, lyrics, and video materials, which are utilized by the karaoke-related system and data, It is an offline karaoke business method that provides a space for singing songs while receiving selected music accompaniment, lyrics, and matching video data provided through karaoke terminals with separate networks by place. Online cyber karaoke where you can instantly practice singing by using the relevant materials after installing a karaoke program for the materials of the karaoke company that opened a web page, a virtual space that can be accessed by a large number of users through the development of infrastructure technology. Business is it.

However, the former method, which is performed off-line, is related to recording media such as song packs and CD-ROMs, which can be mounted on the karaoke terminal by the relevant karaoke business owner or an additional service provider when the latest song is released as a record. There has been the hassle of having to update mechanical equipment manually. In addition, considering that many records are released at the same time, it is virtually impossible for the individual karaoke owners to update all new songs, so a separate company dedicated to karaoke-related associations or karaoke facilities and their additional services Updates are being made through visits to the community. Therefore, there has been a problem that a predetermined time is delayed in order to reconstruct or update data to the latest song for each karaoke business. If such problems occur frequently, when a user who visits a karaoke business wants to use the latest songs that are not yet available, the negative image of the karaoke facility may be given to the users, which may adversely affect the operation of the related business. There are disadvantages, and the additional cost burden for such mechanical data update also provides limitations of the conventional method.

On the other hand, in the case of a karaoke business on a karaoke site established on the Internet, it is different from the former method in that the general user can practice singing in his office space quietly using a short time. Although the direction is suggested, there is a lack in creating conditions for singing in a space equipped with lighting, sound and soundproofing facilities as in the former method. Therefore, certain limits are exposed to secure profitability of the business. It will be self explanatory. In addition, if a large number of users simultaneously access a single site and exceed the server capacity of the karaoke service provider, the karaoke service provider who has opened the web page has to stop the related business until the web server is restored. It is obvious that the economic costs that must be incurred at the beginning of the project can be limited.

Efforts to simultaneously solve the problems of the two conventional methods have been steadily made in the related business field, but it is a fact that no suitable alternative is found.

However, proper application of Remote Method Invocation (RMI) for data constructed independently between servers / clients facilitates data identification between the first central service provider and a plurality of local service providers. The actual karaoke business can provide the basic technology to operate the karaoke business in a new direction by providing the latest song materials to the visiting customers offline at the second operator unit, which is preceded by this material identification work. The present invention has been made under the premise.

The technical problem to be achieved by the present invention is to solve the shortcomings of the conventional offline business method and the online business method in operating a karaoke business based on the latest communication-based technology, and provide users with the latest karaoke information. It is possible to carry out karaoke-related business that can minimize the cost, and to achieve this technical task, a recording medium storing a karaoke-related data construction method using a communication network and a program that can perform the method as a computer. It is an object of the present invention to provide.

1 is a configuration of a communication network capable of realizing a karaoke-related data construction method using a communication network according to an embodiment of the present invention.

2 is a schematic flowchart for running a business method using a method for building karaoke-related data using a communication network according to an embodiment of the present invention.

3 is a flowchart illustrating database data identification between operators using a karaoke related data construction method using a communication network according to an embodiment of the present invention.

4 is a flowchart illustrating a database data update for karaoke data using results using a method for constructing karaoke-related data using a communication network according to an embodiment of the present invention.

FIG. 5 is a flowchart illustrating database data identification between operators for karaoke data using results using a karaoke related data construction method using a communication network according to an embodiment of the present invention.

FIG. 6 is a flowchart illustrating an operation of uploading a karaoke using result using a karaoke related data building method using a communication network according to an embodiment of the present invention.

7 is a data construction diagram of a database linked to a web server of an operator for operating a karaoke business using a karaoke-related data construction method using a communication network according to an embodiment of the present invention.

<< Explanation of Signs of Major Parts in Drawings >>

10 ... Communication Network 20 ... First Operator Web Server

30 ... 2nd Operator Web Server 40 ... External Data Input

50.External Users 60 ... Partners

In order to achieve the object of the present invention, a method for constructing a karaoke-related material using a communication network based on an information communication technology interconnecting first and second operators spaced apart from each other, may be used as (a) the first operator to perform a karaoke project. In order to provide music accompaniment, song lyrics, and video materials to a second operator for operating a database, a step is established to establish a web page linked to a web server, and then (b) the first operator establishes a web page. The second operator accesses the web page of the first operator using a communication network in order to use database data, and then (c) the first operator contacts the second operator of the first operator. After proceeding with the right to use the instrumented database, (d) communicate the instrumented database data of the first operator. By the data transfer with the workpiece it characterized in that it proceeds to a step of building a second operator database the database of the first database and the operator of the same group of system construction in a storage unit.

In the present invention, it is preferable that the database of the first operator in step (a) is established by an input operation on an external inputter authorized to access a webpage of the first operator and input data. It is preferable that the identification of the database data constructed by the first provider in step (d) and the database system to be constructed by the second provider be performed using a DB interworking technology. In this case, the DB interworking technique is more preferable because it can achieve the optimum effect by using the RMI-Remote Method Invocation (RMI) method.

On the other hand, in the present invention, in order to upload the use result of the karaoke user of the karaoke user using the karaoke terminal built in the database of the second operator after the step (d) to the web page, (d1) the user Proceeding to the step of receiving a request from the user for uploading a web page of the karaoke use result of the user, (d2) constructing the karaoke use result of the user into a database of the second operator, and then performing a web server of the second operator. (D3) after accessing the webpage of the first operator and granting the uploading authority of the karaoke use result, (d3) using the same system as the karaoke use result stored in the predetermined area of the second operator. It is more preferable to proceed with the step of building in a database linked to the web server. In particular, it is preferable to use a DB interworking technology for equalizing the database data constructed by the second operator in step (d3) and the database data to be updated by the first operator, wherein the DB interlocking technique calls a remote method. More preferred in case of RMI-Remote Method Invocation.

In addition, in the present invention, it is preferable that the identification work of the database data of the first provider and the database data of the second provider be carried out only when a predetermined working condition is satisfied while the communication network is connected. For example, the data equalization work may be performed at the time of new registration, reconnection after disconnection, and immediately before disconnection, or there is accumulation of a predetermined number of update data, or the existence of update data at regular intervals may be checked. It is more preferable to proceed when the condition in which there is update data is satisfied.

The karaoke business related data construction method using the communication network of the present invention as described above may be stored in a computer-readable recording medium. Such recording media includes all types of recording media on which programs and data are stored so that they can be read by a computer system. Examples include ROM (Read Only Memory), Random Access Memory (RAM), Compact Disk (CD) -Rom, Digital Video Disk (DVD) -Rom, magnetic tape, floppy disk, optical data storage, etc. Included are those implemented in the form of carrier waves (eg, transmission over the Internet). In addition, these recording media can be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion.

Hereinafter, the present invention will be described in detail with reference to examples, and detailed description will be made with reference to the accompanying drawings in order to help understanding of the present invention. However, embodiments according to the present invention can be modified in many different forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. Embodiments of the present invention are provided to more completely explain the present invention to those skilled in the art.

According to the present invention, a remote method invocation method (RMI), which is generally used for the identification of the construction data of the database linked to each server between the first and second providers connected through the communication network, is appropriately used. I want to use it. RMI means that Java objects on different hosts can communicate with each other. The purpose of using RMI is to make an object's methods available, regardless of where the object resides. This means that objects are run as if they were running in the same runtime environment, whether on the server or on the local computer where the client is running. For example, a client can ask a database object on the server to calculate the sum of records. This is more efficient than downloading all records and calculating them on the client. This RMI technique is object-oriented because (1) all arguments, return values, etc., except for the basic data types are objects, so that complex data structures can be transmitted / processed as a single object. All details of remote objects and methods are hidden and the same way of handling them with local objects and methods that are familiar to us makes it easy to write programs and use them, and (3) to use the Java security functions. In addition, (4) the existing system can be used as a distributed system with only minor modifications, so it can be used in combination with the existing system. Technical understanding of RMI is a technique commonly understood in the art, so it will be omitted.

1 is a configuration of a communication network capable of realizing a karaoke-related data construction method using a communication network according to the present invention.

As shown in FIG. 1, the first operator web server 20, the second operator web server 30, an external data inputter 40, an external user 50, and affiliates 60 include the Internet. They are interconnected by wired / wireless communication network 10. As a result of the recent development of information and communication technology, in particular, the IMT2000 business development, the development of a system capable of transmitting a large amount of information at high speed, as well as a more advanced communication network, facilitate the mutual exchange of information between these components (20 to 60). It is obvious that it can be done. The first operator and the second operator refer to those who perform karaoke-related business, and a plurality of second operators may be interconnected through the communication network 10 at the lower part of the first operator.

The first operator is constructing a communication server 21, an e-commerce server 22, a video server 23, and a database server 24 linked to a web server of its own. The data is constructed in a database 25. Each of these servers 21 to 24 is connected to a plurality of external users through a web page opened by the first business operator to use the database 25 built by the first business operator. After allowing the use, it is provided as a connected hardware or software connection in order to perform individual functions to facilitate the use.

On the other hand, the second operator refers to individual karaoke operators that operate a specific karaoke business off-line, a plurality of karaoke terminals (36a1 to 36an) are arranged in different spaces in these karaoke workplaces, individual microphones, speakers, screen display device , A karaoke room equipped with lighting facilities, and provides karaoke users who visited the karaoke business with a fee or free access to the karaoke business organized by a second company, especially karaoke, lyrics, and video. Make resources available. On the other hand, the second service provider is a communication server 31, the electronic server that is linked to the second service provider web server 30, the same as the first service provider built the internal system (21 to 25) linked to the web server 10, A commerce server 32, a video server 33, a database server 34 and a database 35 linked thereto are constructed. The second provider web server 30 may be constantly connected to the communication network 10, and the karaoke business of the second provider may be disconnected from the communication network 10 at arbitrary intervals. Can be sufficiently performed. However, referring to the database 25 of the first provider in the database 35 directly or indirectly linked to the second provider web server 30, the reconstruction process or the update of the data may be carried out with new latest data, or The first operator database (25) through the communication network (10) on the premise that the karaoke user obtains the permission of the karaoke user from the database (35) of the second operator's database storing information on the result of using the predetermined karaoke terminal. In order to proceed with the process of adding data to the) it is obvious that the second provider web server and the first provider web server 20 should be interconnected by the communication network (10).

When a new latest record is released in the song recording industry, an external party, such as a record company, who has entered into a certain business agreement rather than permitting the first operator operating the first provider web server 20 to directly input data updates. If a certain authority for adding or updating data is given to an external data inputter 40 such as a company, a planner, a new song presenter, etc., the burden on data input of the first operator may be eliminated to some extent. In addition, considering the recent incidence of digital copyright infringement, including the Internet, through mediation or management of copyright-related issues such as copyright review mediation committee, record copyright association, singer association, karaoke association, etc. Therefore, it may be possible to solve the problem of infringement of copyright by adding or updating only the material which completely solved the copyright problem. In addition, if you want to add and update data quickly, it may be reasonable to give input authority to a certain external party.

By using the wired / wireless Internet by connecting to the communication network network 10, the karaoke-related materials started by the first provider are implemented in a small microphone, a headset, a small speaker, etc. in their current office space or connected state. It is obvious in light of current technology that it is possible to operate karaoke business in cyber space without forcing individual users to visit offline karaoke business. On the other hand, by expanding the user participation space, such as netizens' evaluation of the results of the business operation implemented through the webpage of the first business operator, it is possible to secure more communities and to seek business conversion to electronic commerce. By analyzing user information on a large number of communities, one-to-one customized advertisements can be promoted. For this purpose, information using the communication network with affiliates 60 for the purpose of attracting advertisements of companies that want to sell or rent tangible or intangible goods through the webpage of the first company and to advertise these companies. And data exchange may generate high returns.

It is obvious that each terminal of all system components that can be interconnected through the above communication network 10 is equipped with a dedicated browser such as Explorer, Netscape, etc. in order to connect to the Internet and search and utilize related information. In order to match the communication protocol for smoothly performing communication between terminals, it is natural that hardware considerations of a program or a system are completed for information exchange through mutual connection.

2 is a schematic flowchart for carrying out a business method using a method for constructing karaoke-related data using a communication network according to the present invention.

As shown in FIG. 2, the data inputter 100, the first operator 110, the second operator 120, and the karaoke user 130 may understand the flow of mutual information, but this is fixed and formalized. It is not a single example but a representative example of many many information flows. This will be described in detail. First, when the data inputter 100 inputs data for adding or updating data of a database linked to a web server operating a web page opened by the first operator 110, the input network is input by the input terminal. Data transfer is made to the database (S21). In this case, the data inputter 100 does not necessarily have to be the first business operator 110, and in order to add or update data in real time, a person authorized to input data externally, for example, a label, a planner, etc., may be legally used. If you have the authority to do so, you do not need to limit yourself to a specific person. The first operator 110 may automatically construct data into a database according to data input 101 or may construct data into a database after data selection process (111). The database data of the first provider is to be built into the database of the second provider through the communication network. At this time, it is desirable to use the RMI technique to perform the data construction identification of the database between the two operators. By dividing the first service provider area into the server and the second service provider area into the client system, the RMI technique for object identification of the server / client system can be utilized to quickly build a database of the second service provider. The final karaoke user 130 who visited the second provider on the offline site substantially by distributing the communication load that may be added to the first provider) to a client computer (second provider) allowing only a certain number of connections or less. They may access a client computer (second business operator), search for and extract the latest data (S22), and selectively use karaoke-related data such as music accompaniment, lyrics, or video material (131). On the other hand, the karaoke user 130 may be simply displayed in the cyber space by using the karaoke operator's system if there is a desire to show their karaoke use results to a third party. The path will take a path opposite to the path so far. That is, after temporarily storing the result of using the karaoke in the storage space of the predetermined part of the second operator, and transmits the data to the database of the second operator at the request of the karaoke user 130 (S24) to update the data (122) . Subsequently, the database of the first provider can be updated based on the updated data of the database of the second provider. In this process, the RMI technique is preferably adopted and utilized. Accordingly, the updated database data may be updated via the communication network (S25) on the condition that the second service provider is connected to the web server of the first service provider (S25). On the other hand, when such a new song is released during the procedure and the information inputted by the data inputter 100 is reflected (S26), the first operator's database is reconstructed (113). The database data equalization operation (S27) between them is performed. Thus, karaoke users can be periodically performed when data equalization work in the database is always performed or satisfies the condition, except when data equalization work due to separation in the communication network between the first and second providers is stopped. 130 allows you to always use the latest karaoke materials, and enjoy the advantage of posting their karaoke use results in cyberspace.

3 is a flowchart illustrating database data identification between operators using a karaoke related data construction method using a communication network according to the present invention.

As shown in Figure 3, after the input process of adding or updating the construction data of the database linked to the web server of the first operator (S31), by processing or selecting the input data (S32), Build a database (S33). Subsequently, when the second service provider accesses the web page of the first service provider through the communication network (S34), the first service provider selectively grants the right to use the database built by the second service provider. The database of the first operator can be used (S35). After the second operator compares the database data of its database with that of the first operator (S36), if the two data coincide with each other, it is no longer necessary to perform data identification. On the other hand, if the two data do not coincide with each other, the second service provider will establish the database of the second service provider based on the database data of the first service provider and update the database of the second service provider. Download to a web server (S38). Finally, if the second provider database is built from the downloaded data, the database data equalization work between the two operators is completed. At this time, the expression of data downloading refers to receiving a certain amount of data transmission on the Internet, and it is a term that can be expressed conventionally in the EMI technique, so it is merely used without being strictly distinguished. It should not be understood.

4 is a database data update flow chart for the results of using karaoke data using the method for building karaoke-related data using the communication network according to the present invention.

As shown in FIG. 4, a karaoke user who visited a karaoke site constructed by a second provider offline uses a karaoke-related material in a database built by the second provider through a karaoke terminal installed in a predetermined space. In the case of accessing through a local area network (S41), if the karaoke user is given permission to use database data on the condition of collecting a certain rate, that is, on the condition of paid use (S42), the karaoke user has the authority granted to himself / herself. You will use a database built by a second provider. A specific aspect of the use of such a database may be to sing a song while outputting a music accompaniment, song lyrics and video through a speaker, an image monitor, etc., through a karaoke terminal in a karaoke space and searching for and selecting one's preferred one. In some cases, it can also be used for listening to music. The karaoke user stores one or more information selected from accompaniment, lyrics, and video about his song and his / her voice is converted into digital information and temporarily stored in a predetermined part of the karaoke terminal (S44) in the second operator database. After going through the confirmation process (S45 and S46) from the karaoke user whether it may be added to, the information on the use result of the karaoke user is added to the second operator database to complete the data update (S47) of the database. Thereafter, when the karaoke user visits the karaoke site of the same second operator at a different time, the user can extract and confirm the record of his / her past karaoke usage information to secure the customer of the second operator although it is offline. You can also actively use as an item.

5 is a flowchart illustrating a database data equalization work among operators for karaoke data using results using a method for constructing karaoke-related data using a communication network according to the present invention.

If the karaoke user using karaoke according to the flow chart of FIG. 4 agrees that an unspecified number of users can confirm their karaoke use result, the web page of the first operator through data update to the database of the first operator is performed. Adopting a method of displaying to a large number of unspecified users including themselves who are connected through will be able to make a constant contribution to increasing the community of first operators. Accordingly, as shown in FIG. 5, in order to upload database data on the karaoke use result of the karaoke user added to the second provider to a database linked to the first provider web server, the second operator may firstly upload the database data. After checking whether the network of the service provider is connected to the network (S51 and S52), if there is a network disconnection, the network returns to attempt to connect to the network (S53). Comparing database data (ie, user history information) on the result of using the karaoke, it is determined whether or not the same (S55), and if the database data of the two operators are the same, there is no need to perform a separate upload procedure. This procedure ends, and if the database data of the two operators are not identical, i.e. If the database that the data is a relatively recent data than the data in the database and building a database, based on the first carrier, the second carrier to perform a database, data update operations of the first carrier. Therefore, the database data of the second operator is uploaded to update the database data of the first provider (S56), and the database data of the first operator is updated (S57). In addition, if the above-mentioned RMI technology is properly used, it is obvious that database data equalization can be smoothly performed by using a programmatic simple technique rather than manual operation.

FIG. 6 is a flowchart illustrating an operation of uploading karaoke data using the karaoke data using the communication network according to the present invention on the web.

As shown in FIG. 6, the first operator who constantly displays the web page on the cyber network constructs a database capable of implementing karaoke-related businesses on the Internet as in the method described in FIGS. 1 to 5 (S61). ), If any user who wants to use it is connected through the communication network (S62), the user who satisfies a certain condition, for example, agrees to the terms of use, inputs bibliographic matters, bears a certain rate, etc. In case of agreement with the mutual agreement with the first operator, the authority to perform a song practice using the database is granted (S63). The user can use the karaoke-related materials according to his or her preferences in real time by searching and selecting enough accessible materials on the web of the first operator, and the results are stored in a predetermined temporary storage of the first operator, and then the user Confirm the storage request (S65). When a user requests to save the use result, only the user assigned by the first operator stores the information in a predetermined space that is allowed to access. If the user does not request to save the use result, this process is not performed. On the other hand, in order to confirm the user's intention to display the result of the use to a general unspecified third party other than the user himself or herself, confirm whether the user wants to upload the stored information to an area that can be accessed by an unspecified number of the result. After the step (S66), if the user agrees to this, by uploading the stored information about the result of the use so that the third party can access and check the related information without special authority, and additionally evaluate the By providing a space for posting, you can also induce community formation related to the results of karaoke use. If the user rejects the upload request for his or her karaoke use result, it is preferable to stop further processing because it is an important issue related to the privacy of the individual. After the user's active consent to post the karaoke use materials, the database of the first provider is updated by adding related data to the contents of the database linked to the first server's web server (S69).

7 is a data construction diagram of a database linked to a web server of an operator for operating a karaoke business using a karaoke-related data construction method using a communication network according to the present invention.

As shown in FIG. 7, the database data constructed so that the first business operator or the second business operator is linked to each web server is classified into a member information DB, a company information DB, a member order information DB, an order delivery DB, and a flexible category. It is divided into pop DB, video DB, company PR DB, online education DB, and related information DB. However, it is obvious that the selection of such large categories and the details thereof may involve some variation in the operation of the project, and do not necessarily have to be coincidental. That is, the distinction of these categories is not necessarily determined due to technical limitations, but can be added or deleted as many as possible, and the illustrated database items and their details are only one embodiment. It may be desirable to construct the details within the items as shown in FIG. 7.

Optimal embodiments of the present invention described above have been disclosed. Although specific terms have been used herein, they are used only for the purpose of describing the present invention and are not intended to limit the scope of the invention as defined in the claims or the claims.

According to the present invention, the high-speed information exchange using the Internet, as well as the system upgrade of the operators running offline karaoke business as well as the related digital information, can be quickly and simply by appropriately using the communication network, the minimum cost This will allow you to update the related materials, which will increase the profitability of the karaoke business. On the other hand, if necessary, the database data of the karaoke service provider is updated by selectively extracting only the data necessary for the efficient operation of the storage area, and in particular, when the network connection is made at all times, the data can be updated in real time. Have In addition, if such a task is implemented as a program that can be automatically implemented in each provider server, you can conveniently perform related data maintenance and data construction or individual without going through a difficult learning process for a separate use method. In addition, a sufficient online learning effect may be obtained by simple online education through a predetermined space of a web page organized by the operator for learning contents related to the minimum technical matter necessary for performing such a task. Ultimately, while operating a karaoke-related business, the company may seek to switch to an e-commerce system that sells records such as music online. The first operator can secure a large number of local karaoke operators, a second group of operators and a community of individual users, and the second operator can bring the advantages of securing fixed customers in the region. In addition, it is possible to achieve continuous business expansion by adding additional projects such as online singing contest, singer contest, advertisement attraction, etc. to secure more communities, ultimately diversifying Internet-related information and communication technologies. It will provide an advantage to achieve.

Claims (10)

In the method of building karaoke-related data using a communication network based on the information and communication technology that interconnects the first and second operators spaced apart from each other, (a) opening a web page by constructing a database linked to a web server to provide music accompaniment, song lyrics, and video data to a second operator for operating the karaoke business by the first operator; (b) the second provider accessing the web page of the first operator using a communication network to use the database data constructed by the first operator; (c) the first operator being given the right to use the preconfigured database of the first operator to the second operator; And (d) constructing a second provider database in a predetermined storage in a database having the same structure as that of the first operator's prebuilt database by transmitting the prestored database data of the first operator using a communication network; How to build a karaoke-related data using a communication network, characterized in that to proceed. The method of claim 1, The karaoke using the communication network, characterized in that the database of the first operator in the step (a) is built by the input operation to the external input authorized to access the web page of the first operator and input data How to build related materials. The method of claim 1, Method for constructing karaoke-related data using a communication network, characterized in that the identification of the database data constructed by the first provider in step (d) and the database system to be built by the second provider is made using a DB interworking technology. The method of claim 3, The DB interworking technology is a method for building a karaoke using a communication network, characterized in that the RMI-Remote Method Invocation (RMI) method. The method of claim 1, In order to upload the use result of the karaoke user of the karaoke user using the karaoke terminal through the karaoke terminal after the step (d) to the web page, (d1) Receiving a request from the user for uploading; (d2) after the user's karaoke use result is constructed with a database of a second operator, the web server of the second operator accessing the web page of the first operator and being granted uploading authority of the karaoke use result; ; And (d3) constructing a karaoke-related material using a communication network, comprising: constructing a database linked to the web server of the first provider in the same system as the result of using the karaoke stored in a predetermined area of the second provider; Way. The method of claim 5, Equalizing work of the database data constructed by the second provider in step (d3) and the database data to be updated by the first provider using a DB interworking technology, characterized in that the karaoke-related data construction method using a communication network. The method of claim 6, The DB interworking technology is a method for building a karaoke using a communication network, characterized in that the RMI-Remote Method Invocation (RMI) method. The method of claim 1, Equalizing work between the database data of the first provider and the database data between the second provider is performed only when a predetermined work condition is satisfied while the communication network is connected. The method of claim 1, The data equalization can be performed when new subscriptions are made, when reconnection after disconnection, and immediately before disconnection, or when there is accumulation of a predetermined number of update data, or after a predetermined time interval, the existence of update data is checked. The method of building a karaoke-related data using a communication network, characterized in that proceeding when the conditions are met. A recording medium in which a program capable of performing a karaoke-related data construction method using a communication network according to any one of claims 1 to 9 as a computer is stored.