KR101084667B1 - Multimedia service system and method for providing video data using image data thereof - Google Patents

Abstract

PURPOSE: A system for a multi service is provided to supply video data by using image data. CONSTITUTION: A database(200a) extracts image data from video data. The database links the image data and video data. A server compares the image data of the database and the image data which is uploaded from a client(300) through a watermark, an image DNA, and extracted information. If the image data coincides, the server inputs the extracted information to the uploaded image data.

Description

MULTIMEDIA SERVICE SYSTEM AND METHOD FOR PROVIDING VIDEO DATA USING IMAGE DATA THEREOF}

The present invention relates to a multimedia service system, and more particularly, to a multimedia service system and a method for providing moving image data using image data.

Most Internet sites, such as portal sites, provide multimedia content such as videos or images on web pages. Such multimedia content is uploaded on a web page by an operator of an internet site or an internet user, and made available to a plurality of internet users. However, some of the multimedia contents uploaded to the Internet site have not been copyrighted and various problems are raised legally and socially.

Many users use content directories and search methods to access multimedia content on the Internet. For example, such a search is basically based on text. In general, multimedia content is input to a web page with information about the multimedia content at the time of upload in order to be exposed to many Internet users. This information includes meta information such as title, tag and content description of the content. Meta information is provided in text form.

Therefore, Internet users access multimedia contents that they want or have interest through textual search. As a result, Internet sites transmit their content to the Internet user's computer. If the multimedia content is a video, the server of the multimedia content site transfers the selected video to the user's computer by one or more of streaming method or file transfer method. In the case of the image, the image file of appropriate size is transferred to the user's computer. send.

However, multimedia contents such as video and images have a larger capacity than textual contents, so huge storage capacity and network bandwidth are required for smooth service. This high capacity of computing power and bandwidth contributes to excessive service maintenance costs.

Currently, due to the increase of Internet users, the total number of monthly monthly web page views (PV) in Korea is about 100 billion, and most web pages contain images. Many of the images on a web page are images as part of a video, which is a single image captured from a video such as broadcast, movie, or the like.

For example, in the current consumption pattern of broadcasting multimedia content on the Internet, one 60-minute drama is divided and distributed about 300 clip videos of 3 minutes or less, and about 30,000 images are displayed on the portal server. It is distributed and used in cafes, blogs, news, and social network service (SNS) spaces.

In view of the consumption characteristics of such image or video content, only a few of Internet users have the experience of editing or producing video clips and registering them online, and many Internet users upload images to web pages on the Internet. Have experiences such as playing, embedding, and playing video online. This is because, in the case of video content, production, editing, uploading, etc. are difficult and expensive, while image content is easily accessible to the user.

In particular, in most cases of providing a broadcast image included in a video content such as a broadcast or a movie, the uploader and the user publish a content of each broadcast image together with a plurality of broadcast images. For example, when posting a broadcast image in a cafe or blog, stories such as broadcast program name, broadcast episode, situation description, material analysis, and feeling are posted. This is because the video is a heavy load on the system and the network, and difficult to handle, the content is consumed in the form of capturing and uploading the broadcast image with easy access and detailing the contents of the broadcast image.

The use of such broadcast images by Internet sites or Internet users is, for the most part, subject to criminal penalties for portrait rights and copyright violations. In addition, companies on the Internet site admit that this is a copyright infringement, but in reality there is no alternative, hoping to be suspended. Therefore, there is no value to the owner of the multimedia contents, and commercial values such as advertisements are concentrated in companies of Internet sites such as portals.

An object of the present invention is to provide a multimedia service system and method using the image data to facilitate access to moving image data.

Another object of the present invention is to provide a multimedia service system and method for maximizing the value of video content.

It is still another object of the present invention to provide a multimedia service system and method for copyright protection of video data and normalization of content value.

Still another object of the present invention is to provide a multimedia service system and method for providing video data for maximizing advertisement revenue.

In order to achieve the above objects, the multimedia service system of the present invention includes source and section information in a digital broadcast data source such as a broadcast or a movie, so that when capturing an image that is part of an image, extraction information may be included in the image. Implement a system that can identify the source and section when uploading it to the Internet site.

In order to achieve the above objects, the multimedia service system of the present invention constructs an original image or an image DNA archive (database) of a digital image such as a broadcast or a movie, and captures an image which is a part of the image and uploads it to an Internet site. By filtering the images in the and archives using the image DNA method, a system can be identified to identify the source and interval.

In order to achieve the above objects, the multimedia service system of the present invention constructs an original image or an image DNA archive of a digital image such as a broadcast or a movie, and captures an image that is part of the image and uploads it to an Internet site. By filtering the archives, a system is used to identify sources and intervals, and to implement a system that utilizes metadata registered with images for fast and accurate identification. Here, the metadata may include an image and a title and content of the image.

In order to achieve the above objects, the multimedia service system of the present invention can play a video on an Internet site when a user plays a video in a filtered state of which section of an image uploaded to an Internet site. Implement a play system.

In order to achieve the above objects, the multimedia service system of the present invention provides an image archiving system for each section that allows a copyright holder who holds an original image such as a broadcast or a movie to provide an image of a corresponding section when an Internet user wants to play a video. Implement a content management system that sets a tag on the original video.

In order to achieve the above objects, the multimedia service system of the present invention can execute a buffering advertisement, a video advertisement, a banner advertisement, an overlay advertisement, etc. when an image utilizing a tag related to an image and an image are played as an image after image filtering. Implement an advertising system.

Therefore, in order to achieve the above objects, the multimedia service system of the present invention has one feature of generating at least one moving picture data including image data and linking the image data and moving picture data. Such a multimedia apparatus of the present invention can provide moving image data using image data uploaded to a web page.

A multimedia service system of the present invention according to this aspect includes a computer network; A video providing system for providing video data including a plurality of image data; Connected to a plurality of clients and the video providing system through the computer network, and when the at least one image data is uploaded to a webpage from the client, the image to extract the video data including the uploaded image data. A web site including the section information in the data and generating the web page, and selecting the image data uploaded to the web page, and requesting the video data to the video providing system using the section information. . Here, the video providing system streams the video data requested from the internet site system through the computer network and provides the video data to the internet site system and the client.

According to an embodiment, the video providing system includes a database storing the image data and the video data, and is provided as a broadcasting system for broadcasting the video data.

In another embodiment, the Internet site system; A storage unit including and storing the extraction information in the image data; The section data is included in the image data uploaded to the webpage, and when the image data uploaded to the webpage is selected, the extracted information and the section information are analyzed to extract the video data, and the video is provided. A video extraction solution for requesting the video data to a system; And a video viewer for receiving and playing the video data from the video providing system.

In another embodiment, the video extraction solution analyzes the extraction information to determine a copyrighted source for the video data, and analyzes the section information to extract the video data linked to the image data. .

In another embodiment, the video extraction solution extracts the video data by further analyzing at least one of copyright information of the video data and meta information about the image data.

In another embodiment, the video viewer is provided as a viewer type of the web page.

In another embodiment, the broadcasting system further includes advertisement video data in the video data to stream.

According to another feature of the invention, a plurality of clients, an Internet site system for providing a plurality of web pages, and a broadcast system having a copyright for a plurality of video data and a plurality of image data included in the video data A method for providing video data of a multimedia service system is provided. According to this method, when capturing an image that is part of an image including source and section information in the moving image data, the extracted image data can be included so that the extracted information can be included. You can check the section.

According to this aspect of the present invention, the video data and the image data are linked and stored in the broadcasting system. When at least one image data is uploaded to the web page of the internet site system, the webpage is generated by registering section information on the video data linked to the image data. When one image data is selected from the web page of the Internet site system, the linked video data is determined using the extraction information and the section information for extracting the video data linked to the selected image data. Request the video data linked from the Internet site system to the broadcasting system. Subsequently, the video data corresponding to the section information is streamed.

In one embodiment, storing the video data; The video clip data is divided into and stored as clip video data matched with the section information including at least the image data in the entire section of the video data.

In another embodiment, registering the section information; The playback start time and playback end time of the clip video data are stored.

In another embodiment, determining the video data; The extraction information is analyzed to extract the clip video data to determine a copyrighted source of the clip video data and a broadcast time of the clip video data.

In another embodiment, determining the video data; And at least one of copyright information of the clip video data and meter information of the clip video data input to the web page.

In another embodiment, streaming the video data; The advertisement video data is further added to the clip video data for streaming.

As described above, the multimedia service system of the present invention provides the video data using the image data, thereby facilitating the access of the content user, and in particular, can maximize the value of the video content.

The multimedia service system of the present invention easily provides video data using image data, so that a video provider such as a broadcaster applies a commercial message (CM), a post CM or an interactive advertising technique of the video data, or applies to the video data. Ad revenue may be maximized by applying various advertisement techniques such as a content matching overlay advertisement technique, a tag matching overlay advertisement technique, or a banner advertisement technique. For example, in the case of banner advertisements, about 0.3 won can be paid for one impression, while in the case of video ads or content-matched ads, about 10 won or more can be obtained per one advertisement.

In addition, the multimedia service system of the present invention can provide the video data linked to the image data when providing the video content, so that the source of the content can be clarified, so that the copyright of the content can be protected, and thus the content centered on the media. It can normalize the value chain of services.

In addition, due to copyright protection, the multimedia service system of the present invention can be strengthened as a platform for distributing multimedia contents from an Internet site such as an Internet site, and the user can solve copyright infringement and provide various contents and high quality content. It can be provided or received.

In addition, the multimedia service system of the present invention provides a video data linked to the image data in a streaming manner, thereby reducing the cost for storage space of the video content in an Internet site such as a portal and reducing the network construction cost due to the video transmission. Can be. In addition, the user can minimize the cost for using the video content. For example, if the user has a favorite video content, the user can use the video content at any time by posting an image linked to the video content without having to move to the SNS space of his smartphone using an expensive wireless communication network. .

1 is a block diagram showing a network configuration of a multimedia service system according to an embodiment of the present invention;
FIG. 2 is a block diagram showing the configuration of the portal system shown in FIG. 1; FIG.
3 is a block diagram showing a configuration of a multimedia service system according to another embodiment of the present invention;
4 is a flowchart showing a processing procedure for providing moving picture data from image data according to the present invention;
FIG. 5 is a diagram illustrating a structure of image data to which video data shown in FIG. 2 is linked; FIG.
FIG. 6 is a diagram showing extraction information of the image data shown in FIG. 5; FIG.
7 is a view showing a procedure for providing moving image data using image data according to an embodiment of the present invention; And
8 and 9 are diagrams illustrating web pages according to an embodiment of the present invention.

The embodiments of the present invention can be modified into various forms and the scope of the present invention should not be interpreted as being limited by the embodiments described below. This embodiment is provided to more completely explain the present invention to those skilled in the art. Therefore, the shapes and the like of the components in the drawings are exaggerated in order to emphasize a clearer explanation.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to FIGS. 1 to 9.

1 is a block diagram showing a network configuration of a multimedia service system according to an embodiment of the present invention, Figure 2 is a block diagram showing the configuration of the portal system shown in FIG.

Referring to FIG. 1, the multimedia service system 10 is a computer network system, and an image uploaded by a user of the client 300 to an internet site system, for example, the web page 110 of the portal system 100. The image data 112 is used to provide video data including the image data 112. Hereinafter, the contents of the Internet site system in the embodiment of the present invention will be described using the portal system.

To this end, the multimedia service system 10 includes a plurality of clients 300, a portal system 100, and a broadcasting system 300. Clients 300, portal system 100, and broadcast system 200 are connected via a computer network (eg, the Internet, etc.). Here, the multimedia service system 10 is provided with one portal system 100 and one broadcast system 200, but it is apparent that a plurality of portal systems 100 and a plurality of broadcast systems 200 may be provided. Do.

The client 300 is provided with devices capable of wired and wireless communication, for example, a personal computer (PC), a personal digital assistant (PDA), a mobile phone, a smart phone, and the like. Each of the clients 300 uploads image data 112 on the webpage 110 of the portal system 100. In this case, the uploaded image data 112 is an image included in the video data provided from the broadcasting system 200.

The broadcast system 200 is a video providing system that provides various video data. The video system 210 displays a plurality of video data corresponding to various broadcast programs (for example, news, drama, movies, documentaries, etc.). To store and manage. In addition, the broadcasting system 200 extracts a plurality of image data included in the moving image data, and includes the source having copyright for the moving image data in the extracted image data and source information including itself in the entire playback section. Stored in the database 220. The broadcast system 200 is provided in at least one of companies that produce, broadcast, or distribute video data (eg, a production company, a broadcasting company, a movie company, and a distribution company). In addition, the broadcasting system may be provided to a company that provides various types of online TV services (eg, Internet TV, smart TV, and IPTV). Here, a description will be given using a broadcasting system provided to a broadcasting company.

The section information includes the time before and after the clip video data, that is, the start time and the end time of the clip video data, which are divided to include corresponding image data in one main video data corresponding to one broadcast program. . The clip video data has a predetermined time interval. The clip video data may be divided by, for example, about 1 to 3 minutes. In addition, the section information may include positions of frames before and after the clip video data including the image data among the main video data.

The video database 210 stores a plurality of main video data corresponding to a plurality of broadcast programs and a plurality of clip video data divided into a plurality of pieces by using section information for each of the main video data. The main and clip video data may include advertising video data. The advertising video data may be applied with pre-roll, post-roll, or interactive advertising techniques that are arranged before, after, or both of the main and clip video data when streaming the main and clip video data. Can be. Of course, the advertisement video data may be included in the clip video data using various advertisement techniques, for example, a content-matching overlay advertisement technique, a tag-matching overlay advertisement technique, a banner advertisement technique, and the like.

The image database 220 may extract and store all image data included in the main or clip video data, or may extract and store only a plurality of specific image data representing a feature point of the main or clip video data. The image data is linked with the video data. For example, the image data may be applied to all images provided with moving image data in various fields even if the image data is not included in the moving image data such as broadcasting and movies. For example, the Haiti earthquake image may be linked with a video about it, and a movie poster may be linked with a highlight video of the movie, a food image, and a recipe video.

In addition, the portal system 100 includes a plurality of web pages 110 according to, for example, cafes, blogs, news, and social network services (SNS). Each webpage 110 includes at least one image data 112. The image data 112 is an image included in at least one clip video data.

For example, when the user of the client 300 uploads at least one image data 112 on the webpage 110, the portal system 100 uploads the image data 112 to the broadcast system 200. It is determined whether the image data stored in the image database 220. As a result of the determination, when there is matched image data in the image database 220 of the broadcasting system 200, the section information included in the image data is registered in the uploaded image data 112 and stored. The image data 112 is displayed on the web page 110. In this case, the section information is not displayed on the web page 110.

In addition, when the user selects one image data 112 uploaded on the web page 110, the portal system 100 uses the extraction information for extracting the clip video data for the selected image data. Name, broadcast time, broadcast time, copyright, and the like. As a result of the determination, when the broadcast system providing the clip video data including the selected image data and the broadcast program name, the broadcast time, and the broadcast time for the clip video data are determined, the video clip data included in the selected image data The section information is analyzed and the corresponding clip video data is requested to the broadcast system 200. At this time, the broadcast system 200 selects the clip video data from the video database 210 and streams it to the portal system 100. At this time, the advertisement video data may be streamed together with the clip video data. As a result, moving picture data is displayed on the screen of the client 300 of the user.

Specifically, referring to FIG. 2, the portal system 100 is a typical computer system, which includes a control unit 102, an interface 104, a plurality of web pages 110, a storage unit 120, and a video extraction solution. 130 and a video viewer 132.

The controller 102 controls and processes various operations of the portal system 100. That is, the controller 102 controls the interface 104 to process data communication between the clients 300 and the broadcasting system 200, displays the webpage 110, and uploads the image data 112. The controller 120 reads the image data 112 from the storage 120 or includes the section information 160 in the image data 112 uploaded to the storage 120 to store the image data 112. In addition, the controller 102 controls the video extraction solution 130 to analyze the section information 160 to extract clip video data corresponding to the uploaded image data 112. In addition, the controller 102 activates the video viewer 132 to play main or clip video data streamed from the broadcasting system 200. Although not shown in the drawings, the controller 102 may include, for example, hardware such as a central processing unit (CPU), a memory, a processor, and software such as a control program and an application.

The interface 104 performs data communication between the portal system 100, the clients 300, and the broadcasting system 200 via the Internet. The interface 104 may also perform data communication with the database 200a of FIG. 3 through an internal network 106 of FIG. 3.

The web pages 110 are provided by, for example, cafes, blogs, news, SNS, and the like, which are serviced by the portal system 100. Each web page 110 includes at least one image data 112. The image data 112 is one of the image data included in the video data provided from the broadcasting system 200. The webpage 110 may further include meta data about the image data 112. The meta information includes various information about the image data 112. For example, the meta information includes text information such as a title or content of the image data 112 when the user uploads the image data 112. Of course, the image data 112 and the meta information may be uploaded or input to the web page 110 by the portal company.

The storage unit 120 stores the web pages 110 and various image data 112a uploaded to each web page 110. At this time, the image data 112a are stored including the section information 160 of the clip video data including the same.

That is, FIG. 5 is a diagram illustrating a structure of image data linked to the video data illustrated in FIG. 2, and FIG. 6 is a diagram illustrating a structure of extraction information of image data illustrated in FIG. 5.

Referring to FIG. 5, the image data 112a in this embodiment includes the identification information ID of the image data 112 and the extraction information 150 for determining the clip video data including the image data 112. And the copyright information 170 for the video and image data 112, the meta information 180 which is additional information for the image data 112, and the image source 190 for the actual image data 112. do.

As shown in FIG. 6, the extraction information 150 includes a copyrighted source 152 of the moving picture data and a broadcast program of the moving picture data to determine the clip moving picture data linked to the image data 112. The broadcast time 154, the broadcast program name 156, and the section information 160 including the image data 112 in the clip video data are included. The extraction information 150 further includes a broadcast episode 158 when the video data is a series.

The copyright information 170 uses, for example, a watermark used for the purpose of copyright protection. The watermark may include a broadcast time when the video data is broadcast in real time, a program name, a broadcast episode, section information, and the like. The watermark is displayed in a transparent manner so that the user cannot see it, and is placed in the middle of the moving picture data or the image data so that it cannot be edited. Therefore, the corresponding clip video data may be determined from the image data using the copyright information 170.

Referring back to FIG. 2, the video extraction solution 130 is a computer program provided in the form of, for example, a program module, an engine program, an application, and the like, and includes at least one image data 112 uploaded to the webpage 110. The extracted and stored extraction information 150 is analyzed to determine clip video data including image data.

The video extraction solution 130 may extract clip video data linked to the image data 112 using at least a source 152 and a broadcast time 154 of the extraction information 150. Of course, in order to increase the accuracy at the time of extraction, the program name 156 or section information 158 may be further used, and additionally, copyright information 170 such as a watermark or meta information 180 may be used. It may be. In addition, the video extraction solution 130 may determine the video data by the image filtering method. In addition, the video extraction solution 130 may determine related video data through a search.

Accordingly, the portal system 100 determines the clip video data linked to the uploaded image data 112 using the video extraction solution 130, and requests the corresponding clip video data to the broadcasting system 200. In response, the broadcast system 200 quickly and accurately selects the clip video data from the video database 210 and streams it to the portal system 100.

The video viewer 132 plays the clip video data streamed by the extraction information 150 and the section information 160 on the current webpage 110. To this end, the video viewer 132 is provided in the form of an embedded viewer, and maintains the same size and the same user interface (UI) or user experience (UX) as the image data 112. Of course, the video viewer 132 may be provided on a new web page in the form of a popup.

As another embodiment, referring to FIG. 3, the multimedia service system 10a includes a database including a server 100a that provides a video such as a broadcast program or a movie, a video database 210, and an image database 220. 200a). The multimedia service system 10a may be provided to a video provider such as a broadcaster, a production company, and a distribution company. In addition, the server 100a and the database 200a are connected through the internal network 106 for mutual data transmission. The server 100a is a configuration corresponding to the portal system 100 of FIG. 1, that is, the Internet site system, and the database 200a is a configuration corresponding to the broadcasting system 200 of FIG. 1, and their respective functions are also the same. Or similar, so a detailed description thereof will be omitted.

As described above, the multimedia service system 10 or 10a of the present invention may provide video data including corresponding image data by using the image data 112 uploaded to the webpage 110.

4 is a flowchart showing a processing procedure for providing image data from image data according to the present invention.

Referring to FIG. 4, in operation S400, video data corresponding to a plurality of broadcast programs and a plurality of image data included in the video data are stored in the databases 210 and 220. The moving picture data includes clip moving picture data divided into a plurality of pieces according to section information from the main moving picture data and the main moving picture data, and the image data is linked to the corresponding clip moving picture data.

When at least one image data 112 is uploaded to the webpage 110 in step S410, the section information 160 is registered and stored in the image data 112 uploaded in step S420, and the uploaded image data 112 is uploaded. Provides the web page 110. In operation S430, the image data 112 is displayed. At this time, the section information 160 is not displayed.

If any of the image data (112b of FIG. 8) uploaded to the web page 110 is selected in step S440, the procedure goes to step S450 to extract information 150 included in the image data (112b of FIG. 8). The video data is determined using, and the corresponding clip video data is extracted through the section information 160 of the determined video data. In step S460 the clip video data is streamed to display the clip video data in step S470. Therefore, the user selects the image data 112 uploaded on the web page 110 to play the video data including the image data 112, so that the video data can be easily accessed.

7 is a diagram illustrating a procedure of providing image data in association with a portal system and a broadcasting system from image data uploaded from a client according to an exemplary embodiment of the present invention.

Referring to FIG. 7, first, a plurality of video data for various broadcast programs and a plurality of image data included in the video data are extracted and stored in the broadcasting system 200 to construct a video and image database 210 and 220. do. At this time, the image data is linked with the video data including the image data thereof (S1). A web page is generated in the portal system 100 (S2), and the image data 112 is uploaded from the client 300 to the web page 110 of the portal system 100 (S3). At this time, the portal system ( 100 registers and stores the section information 150 in the uploaded image data 112 (S4). Then, the image data 112 is provided on the web page 110 (S5). Therefore, the client 300 displays the image data 112 on the web page 110 (S6).

Subsequently, when the client 300 selects the image data 112 displayed on the webpage 110 (S7), the portal system 100 analyzes the extraction information 150 of the selected image data 112 to analyze the image data 112. A source, a broadcast program name, a broadcast time, a broadcast episode, and the like for the video data linked to) are determined (S8). The video data determined by the broadcast system 200 is requested (S9). At this time, the determined moving picture data is clip moving picture data having section information 160 registered in the image data.

In response, the broadcast system 200 streams the video data to the portal system 100 (S10). At this time, the broadcast system 200 adds the advertisement video data to the video data and streams it. Therefore, the portal system 100 outputs the video data to the client 300 (S11), and the client 300 displays the video data (S12).

8 and 9 illustrate web pages according to an embodiment of the present invention.

Referring to FIG. 8, the webpage 110 includes at least one image data 112b and 112c. The webpage 110 further includes meta information 114a and 114b for the respective image data 112b and 112c. In this embodiment, the first and second image data 112b and 112c and the first and second meta information 114a and 114b are included. Each of the first and second meta information 114a and 114b includes a title, content, an image source, a comment, a post, and the like for each of the first and second image data 112b and 112c.

At this time, the user selects one image data 112b from the web page 110. The user selects a cursor of a pointing device (not shown) included in the client 300 on the image data 112b or by clicking on it using the pointing device.

When one image data 112b is selected, as shown in FIG. 9, the video viewer 132 is activated and the video data 118 linked to the selected image data 112b is played. Mark it as possible. The video viewer 132 is provided as an embedded type, but may be provided to another web page in the form of a popup window that can play video data.

In the above, the configuration and operation of the multimedia service system for providing moving image data using the image data according to the present invention are illustrated according to the detailed description and the drawings. Various changes and modifications are possible without departing.

100: portal system 100a: server
110, 110a: Web pages 112, 112a to 112c: Image data
114a, 114b, 180: Meta Information 130: Video Extraction Solution
132: video viewer 150: extraction information
160: section information 200: broadcasting system
200a: database 210: video database
220: image database 300: client

Claims (13)

A database for extracting image data including copyright information and extraction information from the moving image data, and storing the image data by linking the moving image data; And
A server that compares the image data uploaded from the client and the image data of the database by using a watermark, an image DNA method, and the extraction information, and inputs the extraction information to the uploaded image data and registers it on a web page if they match. Including;
The server
A video extraction solution including the extraction information in the uploaded image data, and analyzing the extraction information to extract video data corresponding thereto;
And a video viewer configured to receive and play the extracted video data from the database.
The database is
And when the video data is requested from the client, provide the video data corresponding to the extracted information to the client through the server. delete delete The method of claim 1,
The video extraction solution
And extracting video data linked to image data of the database by using the extracted information including a source, a broadcast time, a program name, a broadcast time, and section information. The method of claim 4, wherein
The video extraction solution
And analyzing the copyright information to determine a source of copyright for the video data, and further analyzing meta information including a title and content of the image data of the database to extract the video data. The method according to any one of claims 1, 4, and 5,
The video viewer is
Multimedia service system, characterized in that provided in the embedded viewer type of the web page. The method according to claim 6,
The database is
The multimedia service system, characterized in that the video data data streams further included. Extracting a plurality of image data including copyright information and extraction information from the moving image data, and linking the image data and the moving image data to a database;
Comparing / filtering the image data uploaded to the server and the image data of the database using a watermark, an image DNA method, and the extraction information;
If the uploaded image data and the image data of the database match, registering the extracted information on the uploaded image data and registering the same on a web page;
If the video data is requested from a client, extracting corresponding video data by using the extraction information input to the uploaded image data by a video extraction solution;
And streaming the video data including the uploaded image data from the database and providing the video data to the client through the server. The method of claim 8,
Saving to the database is
And storing clip video data including at least one image data of the database among all sections of the video data. delete The method of claim 8,
Extracting the video data is
And extracting and extracting the extracted information including source, broadcast time, broadcast program name, broadcast episode, and section information to extract the video data matching the uploaded image data. delete The method according to any one of claims 8, 9, 11,
Providing the video data
And adding advertisement video data to the clip video data for streaming.

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