KR100768048B1 - Method for providing video service and system thereof - Google Patents

Abstract

A method and a system for providing a moving picture service are provided to enable a plurality of users to collaboratively make the moving picture by respectively editing a moving picture and reflecting all contents edited by each user on the moving picture. A database(110) stores an original moving picture transmitted to a first user computer(200-1) in response to an original moving picture transmission request of the first user computer. A meta-information generating module(120) receives editing information indicating edition information of the original moving picture from the first user computer, and generates and stores meta-information corresponding to the received edition information to the database. A data transceiving module(130) transmits the original moving picture and the meta-information stored in the database to a second user terminal(200-2) in response to a request of transmitting an edited moving picture and transmits a moving picture player to the second user computer based on the original moving picture and the meta-information. The edition information includes at least one of caption information, moving picture merging information, and picture insertion information.

Description

Method for providing video service and system thereof

BRIEF DESCRIPTION OF THE DRAWINGS In order to better understand the drawings cited in the detailed description of the invention, a brief description of each drawing is provided.

1 is a block diagram and a data flow diagram of a video service providing system according to an embodiment of the present invention.

2 is a block diagram and a data flow diagram of a video service providing system according to an exemplary embodiment of the present invention.

3 conceptually illustrates a video stored in a database and meta information generated based on the video according to an embodiment of the present invention.

4 shows an example of meta information according to an embodiment of the present invention as an XML code.

The present invention relates to a video service, and more particularly, to a method and a system for allowing a plurality of users to co-edit a video, or to allow another user to effectively edit a video edited by one user. will be.

With the rapid development of the Internet, a lot of multimedia can be accessed on the Internet rather than on TV or other broadcasting media. Accordingly, in recent years, uploading or downloading the video itself as a means of presenting a single opinion or a means of information transmission has frequently occurred in various bulletin boards or communities on the Internet.

However, despite the use of such frequent videos, it is difficult for a plurality of users to co-edit together, such as text or a service that freely edits a video.

Therefore, a service providing method and system that can effectively edit a video through a web service, a plurality of users can co-edit a video, and can be used for various services such as various bulletin boards and communities using the edited videos Required.

Accordingly, a technical problem to be achieved by the present invention is to provide a video editing service method and system in which a plurality of users edit each video individually, and the contents edited by each user are all reflected in the video.

In accordance with an aspect of the present invention, a method for providing a video service includes transmitting, by a server, an original video stored in a database to the first user computer in response to a request for transmitting an original video from a first user computer. Receiving editing information representing edited information of an edited edited video based on the original video from a user computer, wherein the server generates meta information corresponding to the received edited information and sends the generated meta information to a database; And transmitting, by the server, the original moving picture and the meta information stored in the database to the second user computer in response to the request for transmitting the edited video from the second user computer.

The editing information may include at least one of subtitle insertion information, video merging information, or picture insertion information.

The video service providing method may further include transmitting, by the server, a video player that can play the same video as the edited video to the second user computer based on the original video and the meta information.

In a method of providing a video service for achieving the technical problem, a server transmits original video corresponding to the original video transmission request stored in a database to each of the plurality of computers in response to an original video transmission request output from each of a plurality of computers. And when the user of each of the plurality of computers edits the original video received using their own computer, the server receives respective editing information input from each of the plurality of computers, Generating respective meta information corresponding to the received edited information and storing the generated meta information in the database.

The video service providing method may further include generating, by the server, merge metadata information based on each meta information stored in the database, and storing the generated merge metadata information in the database.

The video service providing method transmits the original video and the merged meta information to any one computer in response to a request signal of a video corresponding to the merged meta information output from one of the plurality of computers. It may further comprise a step.

The video service providing method includes a meta corresponding to the original video and the edited video transmission request stored in the database in response to an edited video transmission request inputted from the first computer which is one of the plurality of computers. The method may further include transmitting information to the first computer.

The video service providing method includes the step of receiving, by the server, first editing information indicating edit information of a first edited video edited from a video corresponding to meta information corresponding to the edited video transmission request from the first computer; The server may further include generating first metadata corresponding to the received first edit information and storing the generated first metadata in the database.

The video service providing method includes the meta information corresponding to the original video, the edited video transmission request, in response to the first edited video request output from the second computer, which is the other computer among the plurality of computers. And transmitting the first meta information to the second computer.

In the video service providing method, when at least two meta information of each of the meta information corresponding to the received edited information collide with each other, the server outputs a collision occurrence message and edit information corresponding to the conflicting meta information. The method may further include transmitting to one computers.

The video service providing method may be stored in a recording medium.

The video service providing system for achieving the technical problem is a database storing an original video to be transmitted to the first user computer in response to a request for transmitting the original video from the first user computer, from the first user computer to the original video A meta information generation module configured to receive edit information indicating edited information of the edited edited video based on the received edit information, generate meta information corresponding to the received edited information, and store the generated meta information in the database; And a data transmitting / receiving module for transmitting the original moving picture and the meta information stored in the database to the second user computer in response to the request for transmitting the edited video from the user computer.

The editing information may include at least one of subtitle insertion information, video merging information, or picture insertion information.

The data transmitting / receiving module may further transmit a video player that can play the same video as the edited video to the second user computer based on the original video and the meta information.

The video service providing system for achieving the technical problem is to transmit the original video stored in the database to each of the plurality of computers in response to the original video transmission request output from each of the database, a plurality of computers, the original video stored When a user of each of the data transmission / reception module and the plurality of computers edits the original video received using their own computer, each of the plurality of computers receives respective edit information inputted from each of the plurality of computers. It may be provided with a meta information generating module for generating respective meta information corresponding to each edit information, and storing each generated meta information in the database.

The video service providing system may further include a meta information merging module for generating merge meta information based on each meta information stored in the database and storing the generated merge meta information in the database.

The data transmission / reception module transmits the original video and the merged meta information to any one computer in response to a request signal of a video corresponding to the merged meta information output from one of the plurality of computers. It may further comprise a data transmission and reception module.

The data transmitting / receiving module may include the original video stored in the database and meta information corresponding to the edited video transmission request in response to an edited video transmission request input from a first computer which is one of the plurality of computers. 1 You can transfer more to your computer.

The meta information generation module receives first edit information indicating edit information of a first edited video edited from a video corresponding to meta information corresponding to the edited video transmission request from the first computer, and receives the first edited information. The first meta information corresponding to the edited information may be generated and the generated first meta information may be stored in the database.

The data transmitting / receiving module is configured to respond to the first edited video request output from a second computer, which is one of the plurality of computers, the meta information corresponding to the original video, the edited video transmission request, and the first video. Meta information may be transmitted to the second computer.

The meta information merging module is configured to output the collision information message corresponding to the colliding meta information when at least two meta information of each meta information corresponding to the received edit information collide with each other. Can be sent to.

The meta information may be expressed in XML code.

In order to fully understand the present invention, the operational advantages of the present invention, and the objects achieved by the practice of the present invention, reference should be made to the accompanying drawings which illustrate preferred embodiments of the present invention and the contents described in the accompanying drawings.

In addition, in the present specification, when one component 'transmits' data to another component, the component may directly transmit the data to the other component, or through at least one other component. Means that the data may be transmitted to the other component.

On the contrary, when one component 'directly transmits' data to another component, it means that the data is transmitted from the component to the other component without passing through the other component.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in the drawings denote like elements.

1 is a block diagram and a data flow diagram of a video service providing system according to an embodiment of the present invention.

Referring to FIG. 1, a server 100 of a video service providing system 1 according to an exemplary embodiment of the present invention includes a database 110, a meta information generation module 120, and a data transmission / reception module 130.

The database 110 stores at least one original video. For example, the database 110 stores an original video to be transmitted to the first user computer 200 in response to a request for transmitting the original video from the first user computer 200. The original video transmission request is a signal for requesting the transmission of the original video listed on the service page by accessing the service page with a user of the first user computer 200 subscribed or unsubscribed to the video service according to the present invention. For example, click or double click). The signal corresponding to the original video transmission request may be received by the data transmission module, or may be received by the database 110 or a separate module for receiving a signal corresponding to the original video transmission request.

The data transmission / reception module 130 may transmit the original video stored in the database 110 to the first user computer 200 (S101). In addition, according to an embodiment, the original video may be transmitted from the database 110 directly to the first user computer 200.

The database 110 may be implemented as a hard disk drive, a magnetic disk drive, or an optical disk drive, and may also be implemented as a Bernoulli cartridge, random access memory (RAM), read-only memory (ROM), or the like. It may be implemented as or may be implemented in a separate table form. In addition, it can be implemented in various ways such as linked-list, tree, relational DB.

The meta information generation module 120 receives the edit information indicating the edited information of the edited video edited based on the original video from the first user computer 200 (S103) and corresponds to the received edited information. Meta information may be generated (S105), and the generated meta information may be stored in the database (S107).

That is, the user of the first user computer 200 may edit the received original video. Editing of the original video may include subtitle insertion, video merge, picture insertion, etc., but the scope of the present invention is not limited thereto.

For example, a user may edit by inserting a subtitle in the original video using a video editing tool. When the subtitle is inserted into the original video, the subtitle to be inserted and the section into which the subtitle is to be inserted (for example, a start frame number and an end frame number into which the subtitle is inserted in the original video) may be included in the edit information. The generation module 120 may receive the edit information (S103) and generate meta information corresponding to the edit information (S105). The video editing tool may be transmitted to the user's computer and set up in advance, or may be transmitted from the server 100 to the user's computer 200 or 300 in real time when the user wants to edit the original video. have.

In addition, the server 100 may transmit the original video to the first user computer 200 in the form of streaming, and the user of the first user computer 200 does not need to download the entire original video. Of course, the original video can be edited based on the streaming data of a portion of the original video.

The generated meta information may be in the form of Extensible Markup Language (XML) code, but the scope of the present invention is not limited thereto and may represent information that may be included in the edited information, and may be recognized by a player who plays a video. The meta information can be expressed in the form of all easy codes.

4 shows an example of meta information according to an embodiment of the present invention as an XML code.

Referring to FIG. 4, an XML code that may be generated when a user having a user ID of 10 edits an original video including an original video ID 100 or an original video ID 100.

First of all, the meta information corresponding to the subtitle insertion information is to insert subtitle “abc” in frame 5 to 30 of the original video ID 100, and insert subtitle “bcd” in frame 6 to 30 of the original video ID 100. Information and information for inserting the subtitle “efg” in the frames 5 to 20 of the original video ID 101 are shown.

If there is information for inserting different subtitles in frames 6 to 30 of the original video ID 100, according to the embodiment, “abc” may be inserted in frame 5 and “bcd” may be inserted in frames 6 through 30. The subtitle “abc” and the subtitle “bcd” may be inserted at different positions at the same time, and the user may be allowed to select one subtitle in a collision section (frames 6 to 30).

In addition, looking at the meta information corresponding to the video merging information, merging in the order of frames 5 to 30 sections of the original video ID 100, frames 6 to 30 sections of the original video ID 101, and frames 5 to 20 sections of the original video ID 102 in order. The information is shown in XML code. The XML code shown in FIG. 4 represents only one embodiment, and may generate code that performs the same function in another form.

As described above, the method and system for providing a video service according to the present invention do not upload the video itself edited by the user to the server, but the server receives only the edit information corresponding to the editing of the video. Since the edited information is stored in the form of meta information, the content edited by another user and the content edited by the user can be simultaneously reflected in the original video. Further, according to the embodiment, the server receives the video itself edited by the user, extracts the edited information by comparing the received edited video with the original video, and based on the extracted edited information the corresponding meta information You can also create

Referring back to FIG. 1, the data transmission / reception module 130 receives the original video and the meta information stored in the database 110 in response to a request for transmitting an edited video from the second user computer 300 (S109). ), The received original video and the meta information may be transmitted to the second user computer (S111).

That is, the server 100 may display information indicating a video edited by the user of the first user computer 200 (for example, a title of the edited video, a still image of the edited video, and an original video of the edited video). , Or information about an edited user) may be listed or displayed on a service page based on the meta information, and a request for transmission of the edited video (eg, a click) is received from the second user computer 300. The original video and the meta information may be transmitted to the second user computer 300.

The second user computer 300 may receive the original video and the meta information, and reproduce the same video as the edited video based on the original video and the meta information. That is, the server provides only the edited information edited by the first user to the second user along with the original video in the form of meta information, and the second user does not receive the edited video edited by the first user without the meta information. Based on the above, the same moving image as the edited moving image can be viewed. To this end, the data transmission / reception module 130 may transmit a video player that can play the same video as the edited video to the second user computer 300 based on the original video and the meta information (S203). . That is, the data transmission / reception module 130 stores the video player in the database 110 or another storage device (not shown) provided in the server 100 in the database 110 or the other storage device (not shown). When the original video and the meta information is transmitted to the second user computer 300, it may be transmitted in advance (S203).

In addition, according to an embodiment, the server 100 includes a separate module (not shown) for generating an edited video based on the original video and the meta information, and the original module in the separate module (not shown). The video stream itself edited based on the video and the meta information may be transmitted to the second user computer 300. In this case, the video player provided in the second user computer 300 only needs to play the received video.

In addition, the first user computer 200, the second user computer 300, or the computer represented in the present specification may drive a storage device capable of receiving a video and storing software for editing the received video. All terminals (eg, desktop computers, notebooks, PDAs, portable terminals, etc.) having a processor for doing so are included.

2 is a block diagram and a data flow diagram of a video service providing system according to another exemplary embodiment of the present invention.

2, the server 100 of the video service providing system 1 according to the present invention includes a database 110, a meta information generation module 120, and a data transmission / reception module 130. The server 100 may further include a meta information merging module 140.

The database 110 stores the original video to be edited by each user of the plurality of computers (200-1 to 200-N).

The data transmission / reception module 130 stores the originals stored in the database 110 to be transmitted to each of the plurality of computers in response to an original video transmission request output from each of the plurality of computers 200-1 to 200 -N. The video is transmitted (S301-1 to S301-N).

When the user of each of the plurality of computers edits the original video received using their own computer, the meta information generating module 120 each of the plurality of computers 200-1 to 200 -N. Receives respective edit information (edit information 1 to edit information N) inputted from (S303-1 to S303-N), generates respective meta information corresponding to the received edit information (S305), and generates Each meta information is stored in the database (S307). Since the function of the meta information generation module 120 is similar to that described with reference to FIG. 1, a detailed description thereof will be omitted.

The server 100 of the video service providing system 1 receives respective meta information stored in the database 110 (S309), and generates merged meta information based on the received meta information (S309). S311) may further include a meta information merging module 140 for storing the generated merging meta information in the database (S313).

That is, the meta information merging module 140 generates each meta information (eg, meta information 1 to 1) generated by the meta information generating module 130 based on the respective edit information (edit information 1 to edit information N). Meta information N) is received through the database 110 and merged meta information, which is meta information obtained by combining the received meta information, is generated.

For example, the meta information 1 corresponding to the edit information 1 generated by the first user is information in which subtitles are inserted into the original video, and the meta information 2 corresponding to the edit information 2 generated by the second user is shown in the original video. If the information is inserted, for example, the merged meta information generated based on the meta information 1 and the meta information 2 may indicate the subtitles and pictures inserted in the original video.

The server 100 displays information indicating a video corresponding to the meta information 1 (ie, the same video as the video edited by the first user) on a web service page (for example, a still image, a thumbnail, a thumbnail, etc. of the video). ), Information indicating a video corresponding to the meta information 2 (ie, the same video as the video edited by the first user), and a video corresponding to the merge meta information (ie, edited by the first user and the second user). Information indicating that the content is reflected together, and the other user (or the first user or the second user) transmits a signal for requesting transmission of the video corresponding to the merged meta information to the server 100. In this case, the other user (or the first user or the second user) can view the video reflecting the edits made by both the first user and the second user.

The meta information merging module 140 may generate the merging meta information as soon as each meta information is stored in the database 110, or generate the merging meta information when a video transmission request corresponding to the merging meta information is received. It may be. In addition, the meta information merging module 140 may receive the respective meta information from the database 110 to generate the merging meta information, but the meta information from the meta information generating module 120 may be used. After receiving the merge metadata information may be generated and stored in the database (110).

The meta information merging module 140 may modify each meta information as necessary to generate the merge meta information. For example, suppose the original video 1 is a video composed of 1 frame to 100 frames, and the original video 2 is also a video composed of 1 frame to 100 frames, and the meta information 1 is selected from the 5th to 10th frames of the original video 1. If the meta information inserts a predetermined subtitle and the meta information 2 is the meta information that merges the original video 2 and the original video 1 in order, the merge meta information generated based on the meta information 1 and the meta information 2 is one frame. To 200 frames may be meta information indicating that the predetermined subtitle is inserted in the 105 th frame to 115 th frame. In addition, according to the embodiment, the server 100 transmits the video together with the original video 1 and the original video 2 to the requesting computer without modifying the meta information 1 and the meta information 2, and the meta information 1, The video caption player installed on the computer receiving the meta information 2, the original video 1, and the original video 2 is inserted with the predetermined caption in the 105 th frame to the 115 th frame in a video composed of 1 frame to 200 frames. You can also play a video.

The data transmission / reception module 130 responds to a request signal of a video corresponding to the merged meta information output from one of the plurality of computers 200-1 to 200 -N (eg, the first computer). In operation S317, the original video and the merged meta information may be transmitted to the one computer. To this end, the data transmission / reception module 130 may receive the original video and the merged meta information from the database 110 (S315).

In addition, the data transmission and reception module 130 is the database in response to the edit video transmission request input from the first computer (200-1) of any one of the plurality of computers (200-1 to 200-N) Meta information corresponding to the original video and the edited video transmission request stored in 110 may be further transmitted to the first computer.

That is, the web page of the video service providing system 1 according to the present invention includes moving pictures corresponding to the edit information 1 to the edit information N (or the meta information 1 to the meta information N) (that is, the respective computers 200-1 to 1). Information representing the same video as the video edited in 200-N) and video corresponding to the merge meta information (i.e., the video reflecting all the edited contents in the respective computers 200-1 to 200-N). Information can be displayed.

If a video corresponding to the edit information 1 to edit information N (or meta information 1 to meta information N) is called an edited video 1 to an edited video N, and a video corresponding to the merged meta information is called a final edited video, The user of the first computer 200-1 may request the server 100 to transmit one of the edited video 1 to the edited video N or the last edited video. If the user requests the transmission of the edited video 3, the server 100 transmits the original video and the meta information 3 to the first computer 200-1. If the user requests the transmission of the final edited video, the server 100 may transmit the original video and the merged meta information to the first computer 200-1, or the original video according to another embodiment. And the meta information 1 to meta information N may be transmitted to the first computer 200-1.

If the user requests the transmission of the edited video 3, the first computer 200-1 may edit the third user (ie, the edited video 3 based on the received original video and the meta information 3). ) Will see the same video as the one you edited.

The meta information generating module 120 is a video corresponding to meta information (eg, meta information 3 in the above-described example) corresponding to the request for transmitting the edited video from the first computer 200-1 (eg, edited video 3). ) Further receives first edit information indicating edit information of the first edited video edited), further generates first meta information corresponding to the received first edit information, and generates the first meta information. You can also store more in the database.

That is, when the user of the first computer 200-1 requests the server 100 to transmit the edited video 3, the server 100 transmits the original video and the meta information 3 to the first computer 200-1. And the user may view the same video as the edited video 3 based on the received original video and the meta information 3, and the user edits the same video as the edited video 3 again to correspond to the corresponding video. Editing information may be transmitted to the server. Then, the server 100 generates meta information corresponding to the received edited information and stores it in the database 110.

In addition, the data transmission and reception module 130 is a first edited video (edited video 3) output from the second computer (200-2) of any one of the plurality of computers (200-1 to 200-N) In response to the request, the second video includes the original video, the meta information (meta information 3) corresponding to the edited video transmission request, and the first meta information (meta information corresponding to information edited again of the edited video 3). You can transfer it further to your computer. Thus, conceptually representing the original video stored in the database 110 and the meta information generated based on each original video is shown in FIG. 3.

3 conceptually illustrates a video stored in a database and meta information generated based on the video according to an embodiment of the present invention.

Referring to FIG. 3, meta information (M1-1 through M1-N) corresponding to the edited information edited based on the first original video and the first original video and the meta information (M1-1 through M1-) The merged meta information M1-f generated based on N) is stored in a tree form.

Further, based on the second original video, the meta information M2-1 to M2-N corresponding to the edited information edited based on the second original video, and the meta information M2-1 to M2-N. The merged meta information M2-f, the meta information M2-1-1 corresponding to the edited information based on the meta information M2-1, and the meta information M2-1. The merge meta information (M2-1-f) generated based on the subtree may be stored in a tree form.

When merged meta information (for example, M2-1-f) generated based on each subtree is generated and stored separately for each subtree, the final merged meta information of the root (node representing the second original video) ( M2-f) is easy to generate (because only merging meta information of each subtree is merged), but it is not necessary to generate merging meta information separately for each subtree, The form of storage is possible.

Referring back to FIG. 2, the meta information merging module 140 includes at least one of each meta information (meta information 1 to meta information N) corresponding to each of the received edit information (edit information 1 to edit information N). When two meta information (eg, meta information 1 and meta information 2) collide, a collision occurrence message is sent to the computers (eg, the first computer and the second computer) which output the edit information corresponding to the colliding meta information. You can also send more.

For example, when the first user inserts the subtitle 'abc' in the frame 3 through 10 and the second user inserts the subtitle 'efg' in the frame 5 through 20 in the original video, the frame 5 Will occur in section 10. Therefore, the meta information merging module 140 may transmit a collision occurrence message to the first computer 200-1 and / or the second computer 200-2.

The collision occurrence message may vary according to implementation. For example, if the second user delays editing, the second user may transmit a message indicating that editing is impossible to the second user, and select either the editing information of the first user or the editing information of the second user. It can also be a message that tells you that a collision has occurred and inserts subtitles of 'abc' in frames 3-4 and 'efg' in frames 5-20. In addition, since a collision has occurred, a subtitle 'abc' and a subtitle 'efg' may be simultaneously displayed by transmitting a message for setting a different area in which a subtitle is displayed in the video to the collision occurrence message. For professionals, many variations are possible.

The video service providing method according to the present invention can be embodied as computer readable codes on a computer readable recording medium. Computer-readable recording media include all types of recording devices that store data that can be read by a computer system. Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, hard disk, floppy disk, optical data storage, and the like, and also in the form of carrier waves (e.g., transmission over the Internet). It also includes implementations. The computer readable recording medium can also be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion. And functional programs, codes and code segments for implementing the present invention can be easily inferred by programmers in the art to which the present invention belongs.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

As described above, in the video service providing method and system according to the present invention, a plurality of users edit the video individually, and the contents edited by each user are all reflected in the video as well. It is effective to make several users work together.

Claims (22)

Transmitting, by the server, the original video stored in the database to the first user computer in response to a request for transmitting the original video from the first user computer; Receiving, by the server, editing information indicating edited information of an edited moving picture edited based on the original moving picture from the first user computer; Generating meta information corresponding to the edited information received by the server and storing the generated meta information in a database; And And transmitting, by the server, the original moving picture and the meta information stored in the database to the second user computer in response to the request for transmitting the edited video from the second user computer. The method of claim 1, wherein the edit information A video service providing method comprising at least one of subtitle insertion information, video merge information, or picture insertion information. The method of claim 1, wherein the video service providing method And transmitting, by the server, a video player that can play the same video as the edited video to the second user computer based on the original video and the meta information. Transmitting, by a server, an original video corresponding to the original video transmission request stored in a database to each of the plurality of computers in response to the original video transmission request output from each of the plurality of computers; And When a user of each of the plurality of computers has edited the original video received using his computer, the server receives respective edit information input from each of the plurality of computers, and each received Generating each meta information corresponding to the edited information and storing the generated meta information in the database. The method of claim 4, wherein the video service providing method And generating, by the server, merge metadata information based on the meta information stored in the database, and storing the generated merge metadata information in the database. The method of claim 5, wherein the video service providing method And transmitting the original video and the merged meta information to the one computer in response to a request signal of the video corresponding to the merged meta information output from any one of the plurality of computers. How to provide video service. The method of claim 4, wherein the video service providing method The first computer stores the original video stored in the database and meta information corresponding to the edited video transmission request in response to the edited video transmission request input from the first computer which is one of the plurality of computers. Video service providing method further comprising the step of transmitting to. The method of claim 7, wherein the video service providing method Receiving, by the server, first editing information indicating edit information of a first edited video edited from a first video corresponding to meta information corresponding to the edited video transmission request from the first computer; And generating, by the server, first metadata corresponding to the received first edited information and storing the generated first metadata in the database. The method of claim 8, wherein the video service providing method The meta-data corresponding to the original video, the edited video transmission request, and the first meta information in response to the first edited video request output from the second computer, which is the other computer among the plurality of computers. The video service providing method further comprising the step of transmitting to the second computer. The method of claim 4, wherein the video service providing method When at least two meta information of each of the meta information corresponding to the received edit information collide with each other, the server transmits a collision occurrence message to the computers that output the edit information corresponding to the conflicting meta information. Video service providing method further comprising the step. A database storing an original motion picture to be transmitted to the first user computer in response to a request for transmitting the original motion picture from a first user computer; Receive edit information indicating edited information of the edited video edited on the basis of the original video from the first user computer, generate meta information corresponding to the received edited information, and the generated meta information in the database Meta information generation module for storing in; And And a data transmitting / receiving module for transmitting the original moving picture and the meta information stored in the database to the second user computer in response to a request for transmitting the edited moving picture from a second user computer. The method of claim 11, wherein the edit information A video service providing system comprising at least one of subtitle insertion information, video merge information, or picture insertion information. The method of claim 11, wherein the data transmission and reception module And a video playing player capable of playing the same video as the edited video based on the original video and the meta information to the second user computer. Database for storing the original video; A data transmission / reception module for transmitting the original video stored in the database to each of the plurality of computers in response to a request for transmitting the original video output from each of a plurality of computers; And When a user of each of the plurality of computers edits the original video received using their own computer, the respective editing information received from each of the plurality of computers is received, and each edited information is received. And a meta information generation module for generating corresponding meta information and storing the generated meta information in the database. 15. The system of claim 14, wherein the video service providing system And a meta information merging module for generating merge meta information based on each meta information stored in the database and storing the generated merge meta information in the database. The method of claim 15, wherein the data transmission and reception module In response to a request signal of a video corresponding to the merged meta information output from any one of the plurality of computers, the video service providing system further transmitting the original video and the merged meta information to the one computer. . The method of claim 16, wherein the data transmission and reception module In response to an edited video transmission request input from a first computer which is one of the plurality of computers, the original video stored in the database and meta information corresponding to the edited video transmission request are further transmitted to the first computer. Video service providing system. The method of claim 17, wherein the meta information generating module Receiving first edit information indicating edit information of a first edited video edited video corresponding to meta information corresponding to the edited video transmission request from the first computer, and receiving first edited information corresponding to the received first edited information. And 1 generating meta information and storing the generated first meta information in the database. The method of claim 18, wherein the data transmission and reception module In response to the first edited video request output from a second computer, which is one of the plurality of computers, the original video, the meta information corresponding to the edited video transmission request, and the first meta information are generated. 2 Movie service providing system to transfer to a computer. The method of claim 15, wherein the meta information merging module If at least two of the meta information corresponding to each of the received edit information collide with each other, providing a video service for transmitting a collision occurrence message to the computers that output the edit information corresponding to the conflicting meta information system. The method of claim 11, wherein the meta information, Video service providing system expressed in XML code. A recording medium having recorded a computer program for performing the method according to any one of claims 1 to 10.

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