KR20030028278A - Information service method by object recognition in internet broadcasting - Google Patents

Abstract

PURPOSE: A method for supplying information is provided to search a moving picture file having desired entities out of many moving picture files stored in a database and to obtain/purchase information related to the entity while watching the moving picture file. CONSTITUTION: A web server for supplying a moving picture file judges whether a user terminal is connected through the Internet(700). The web server judges whether the user terminal requests a search of a moving picture file(702). The web server supplies a search screen of the moving picture file to the user terminal, and the user searches a moving picture file stored in a database(704). If the user inputs a search condition such a genre or a keyword for on an input space(706) and selects a search key(708), the web server displays all moving picture files corresponded to the search condition(710). If the user selects one moving picture file(712), the web server reads the selected file in the database and transmits the file to the user terminal through the Internet(714). A position of a mouse pointer of the user terminal is chased(716). If the position is located on an entity(718), the user terminal searches contents related information of the corresponding entity and displays a name of the corresponding entity(720).

Description

Information service method by object recognition in internet broadcasting

The present invention searches for a video file and an appearance position of the objects that the user wants to watch from among a plurality of video files stored in the database, and predetermined information related to the object appearing on the playback screen while watching the searched video file. The present invention relates to a method of providing information using object recognition in Internet broadcasting, which enables the user to acquire and purchase.

With the rapid development of communication technology and computer field, computer communication and internet communication have become an essential means of information acquisition and exchange for the modern people, and their functions and roles are explosively increasing.

The Internet is made by connecting Internet subscribers to an Internet network to which Information Providers and specific servers are connected. The Internet site is connected to a website where an information provider or a specific server is opened by a computer. To use information or services on the internet.

In addition, the Internet is not limited to communication between people belonging to a specific service group, but is not classified as a country or region, and thus, the Internet has become the most popular information acquisition and communication network.

Internet broadcasting, which performs a predetermined broadcast using the Internet, stores various useful video files in a database, and provides a search system for video files to Internet users to search for and watch desired video files.

The search system for the video file includes a database separate from the database in which the video file is stored, and in a separate database, various information related to the video file, for example, a program name, a broadcasting station name, a production company, and a production date (broadcasting date). ), Director / PD name, genre name, characters and path name where the video file is located in advance, and when the user wants to search for the video file, the user provides the search interface of the database to the desired video file. To search and watch.

However, the above-described conventional video file search system can only search for a desired video file, and can not directly search for a specific scene in which the corresponding object appears by searching for a specific scene or object in detail within the video file. When a user wants to watch a specific scene in a video file, the user has to search for a specific video file, search for and watch a desired scene while moving a playback position of the searched video file directly.

In addition, the user can only recognize that an object such as a character or a prop appears on the playback screen of the video file, and cannot acquire or purchase detailed information about the object.

Therefore, it is an object of the present invention to provide predetermined program-related information such as program name, broadcasting station name, production company, production date, director / PD name, genre, and character of a video file, and an appearance appearing on a screen when a video file is played. Insert content-related information related to various objects such as people and props into a video file, and use the program-related information and content-related information inserted into the video file to search for and watch the video file and detailed scenes desired by the user. The present invention provides a method of providing information using object recognition in internet broadcasting.

Another object of the present invention is to provide a method of providing information using object recognition in Internet broadcasting to acquire and purchase predetermined information related to various objects appearing on the screen while playing and watching the searched video file. To provide.

In order to achieve the above object, the information providing method using the object recognition in the Internet broadcasting of the present invention, in the video file information insertion system according to the operator's operation to the video file, the program related information and the playback screen related to the video file When the user terminal selects the search for the video file by inserting the content related information related to the appearing objects into the database and determining whether to select the search for the video file when the user terminal is connected to the web server through the Internet. A web server provides a search screen of a video file to input search conditions. When a user terminal inputs a search condition, the web server searches and displays the video files satisfying the search condition in the database. When the user terminal selects one of the video files The selected video file is retrieved from the database and transmitted to the user's terminal, and the object that appears on the playback screen is determined by determining whether the user's terminal clicks while tracking the position of the mouse pointer while playing the transmitted video file. If the mouse pointer is located on the screen and does not click, the name of the object where the mouse pointer is located is displayed as a tool tip (also referred to as 'balloon help') among the contents related information inserted into the video file. When the mouse pointer is positioned and clicked on an object appearing on the playback screen as a result of tracking and determination, the detailed description of the object on which the mouse pointer is located is searched for and displayed in the detailed description display column.

The program related information includes a program name of a moving picture file, a broadcasting station name, a production company, a production date, a director / PD name, a genre, and a character.

The program-related information and content-related information are inserted into a video file information insertion system by displaying a video file editing screen, selecting a video file to be edited, inputting program related information related to the video file, and playing back the video file. Set the speed, and determine whether the cut information according to the operator's operation is input while the video file is played at the set playback speed, or whether the input of the pause command or the playback position of the video file is the cut information position according to the operator's operation. When the input of the cut information is judged, the cut information is inserted at the current playback position of the video file. When the input of the pause command or the playback position of the video file is determined to be the cut information position, the playback of the video file is paused. Content related information related to the objects displayed on the playback screen of the video file according to the operator's Mouth and characterized by storage.

In the case of inserting the content related information, input the number of tracking lines of the object into which the content related information is to be inserted, the range of each area, the accuracy of each area, and the object information. In addition to setting the time information of the moving picture file, and tracking and storing the area coordinates of the object in accordance with the input number of the tracking line, the range for each area and the accuracy for each area.

In addition, in the case of inserting the content related information, while inputting the content related information about the object and playing the video, the area of the object is set and displayed according to the operator's operation and the area of the set object is moved according to the operator's operation. And while setting the time information of the video file to be played while tracking and storing the coordinates of the moving object area.

The content related information includes an ID of the entity, a name of the entity, and a detailed description of the entity.

When the user clicks the mouse with the mouse point positioned in the detail display column, the user searches for the URL of the object that has detailed description in the detail display column in the content related information and then the user details the object. Characterized in that the access to the web server of the URL to obtain information and to shop.

1 is a diagram showing the configuration of a video file information insertion system for inserting program related information and content related information into a video file according to the present invention;

2 is a signal flow diagram illustrating an operation of inserting program related information and content related information into a video file according to the present invention;

3 and 4 illustrate an example of a playback control screen of a video file displayed on a monitor and an input screen of program related information and content related information when inserting program related information and content related information into a video file according to the present invention. Is the drawing shown,

5a to 5c are signal flow diagrams showing the content related information insertion routine of FIG.

FIG. 6 is a diagram illustrating a configuration of a system for searching and viewing a video file stored in a database, and obtaining and purchasing information about an object in the present invention.

7A and 7B are signal flow diagrams illustrating a process of searching for and viewing a video file stored in a database in the present invention and acquiring and purchasing information on an object.

8 is a view illustrating an example of a search screen provided when a video file stored in a database is searched in the present invention.

9 is a view showing a result screen for searching a video file stored in a database in the present invention as an example,

FIG. 10 is a diagram for explaining an operation of acquiring information about a playback screen of a video file searched for in the present invention and an object appearing on the playback screen.

Hereinafter, with reference to the accompanying drawings will be described in detail the information providing method using the object recognition in the Internet broadcast of the present invention.

1 is a diagram showing the configuration of a video file information insertion system for inserting program related information and content related information into a video file according to the present invention. Here, reference numeral 100 denotes a control unit for inserting moving image file information such as a central processing unit. The video file information insertion control unit 100 includes a predetermined program related information such as a program name, a broadcasting station name, a production company, a production date, a director / PD name, a genre and a character of the video file, and a video. The overall operation of inserting predetermined content-related information related to various objects including characters and props displayed on the reproduction screen of the file is controlled.

Reference numeral 110 denotes a database such as a hard disk, and stores a predetermined video file and a predetermined editing program for editing the video file and inserting predetermined program related information and content related information.

Reference numeral 120 denotes a monitor for displaying the operation of inserting the predetermined program related information and the content related information into the predetermined video file by the control unit 100 for inserting the video file information.

Reference numeral 130 denotes an operation command input unit 130 composed of a keyboard and a mouse, and inputs predetermined program related information and content related information and a predetermined operation command to the video file information insertion control unit 100 according to the operator's operation. .

FIG. 2 is a signal flow diagram illustrating an operation of inserting program related information and content related information into a video file with a predetermined editing program using the video file information insertion system of FIG. 1 according to the present invention. As shown in the drawing, the control unit 100 for inserting video file information performs an initialization operation in step 200.

After the initialization operation of the step 200 is completed, the operator operates the operation command input unit 130 to command the execution of a predetermined video editing program stored in the database 110. ) Executes the video editing program and displays an editing screen on which the program related information and the content related information can be inserted into the video file on the screen of the monitor 120 in step 202. For example, the monitor 120 displays a playback control screen of a video file as shown in FIG. 3 and a program related information and content related information input screen of the video file as shown in FIG. 4.

In the next step 204, one video file is selected from the plurality of video files stored in the database 110 into which predetermined program related information and content related information are to be inserted. For example, when the operator selects the 'open' button 300 by operating a mouse or the like on the playback control screen of the video file of FIG. 3, the video file information insertion control unit 100 is stored in the database 110. The entire video file is searched and displayed on the screen of the monitor 120, and an operator selects one video file to insert predetermined program related information and content related information from among the displayed video files.

When the video file is selected, the operator operates the operation command input unit 130 in step 206 to input predetermined program related information related to the selected video file.

That is, the program name input field 401, the broadcasting station name input field 402, the production company input field 403, the production date input field (the details of the program related information input field 400 displayed on the upper portion of the object information input screen of FIG. 4). 404), director / PD name field (405), genre field (406) and character field (407), enter the program name, station name, production company, production date, director / PD name, genre and characters respectively In the case where the video file is news, the news content is input in the news content input field 408 together.

In the next step 208, the playback speed input box 302 of FIG. 3 is inputted with the speed at which the selected video file is played back, and it is determined in step 210 whether the operator selects the playback key 304. FIG.

When the worker selects the play key 304 in step 210, the video file information insertion control unit 100 reads out a predetermined video file selected by the worker from the database 110 in step 212 and plays the play. Playback is performed at the playback speed set in the speed input box 302, and a playback screen is displayed on the display window 306. FIG.

In this state, when the operator selects the 'cut information input' key 308 on the playback control screen of the video file of FIG. 3, the control unit 100 for inserting the video file information determines the input of the cut information in step 214. In step 216, the cut information is inserted at the current playback position of the video file.

In the next step 218, it is determined whether or not the playback of the video file is completed, and when the determination result is not completed, the process returns to step 212 and the 'cut information input' key 308 is selected as the video The operation of inserting the cut information into the current playback position of the file is repeatedly performed, and returns to step 204 when the playback of the moving image file is completed.

That is, when the movement of predetermined objects such as characters and props appearing in a predetermined video file to be played back is fast, an operator must predefine the video file to set the object and input predetermined content-related information. When the player selects the 'cut information input' key 214 when the video file is played, the cut information is inserted into the current playback position of the video file to partition the video file.

In step 214, the operator does not select the 'cut information input' key 308, and in step 220, the operator selects the 'pause' key 310 or the current position at which the video file is played is cut information. If the location is inserted, the video file information insertion control unit 100 pauses playback of the video file in step 222, and performs content related information insertion routine described later in step 224 to perform content related information. Insert

In the next step 226, it is determined whether or not the playback of the video file is completed, and if it is determined that the playback of the video file is not completed, the operation returns to step 212 and inserts the content related information repeatedly, and the video file is repeated. When the reproduction of is completed, the process returns to step 204.

That is, when the movement of predetermined objects appearing in a predetermined video file to be played back is fast, as described above, the operator must predefine the video file and input predetermined content-related information. When the movement of predetermined objects is slow, the operator can directly input contents related information about the predetermined object without dividing the video file, and the operator selects the 'pause' key 310 or cut information position. In one case, playback of the moving image file is paused, and the content related information insertion routine is executed to insert content related information.

In the content-related information insertion routine of step 224, as shown in FIG. 5, the content-related information insertion control unit 100 determines whether the operator selects automatic or manual in steps 500 and 502. FIG. That is, it is determined whether the operator selects the 'auto' key 401 or the 'manual' key 402 in the object input field 400 of the input screen of the content related information of FIG. 4.

When the operator presses the 'auto' key 401 to select automatic, in step 504, the tracking line number is input in the tracking line number input box 403, and in step 506, the area-specific range input box 401 In step 508, the area-specific accuracy of the object is input in the area-specific accuracy input box 405. That is, the number of tracking lines is to set a polygon according to the shape of a predetermined object displayed on the playback screen of the video file. If the shape of the predetermined object is a triangle, enter 3 as the number of tracking lines and the predetermined object as a triangle. If the shape of the predetermined object is a quadrangle, enter 4 as the number of tracking lines to track the predetermined object with the rectangle, and input the value of the polygon according to the shape of the predetermined object as the number of tracking lines. . The area-specific range is to set the number of pixels to be sampled, and when the operator selects a predetermined object, the range of pixels to be sampled is set based on the selected position. The accuracy of each area is to set an error value of an object, and to determine pixels within a predetermined range as the object based on the average value of R, G, and B of the pixels within the area-specific range.

When the number of tracking lines, the range for each region, and the accuracy for each region are set as described above, predetermined content related information related to the object is input to the object information input field 410 in the next step 510. Predetermined content related information for the object may include, for example, inputting an ID of the object, a name of the object, a detailed description of the object, and a URL of a website where more detailed information about the object can be obtained and purchased through the Internet. In the object information field 410, the ID field of the object 411, the name field of the object 412, the detailed description field of the object 414, and the URL field 415, the ID of the object, the name of the object, Enter a detailed description and URL for each.

In the next step 512, the object is selected, that is, the operator inputs the plurality of objects appearing on the pause screen of the video file displayed on the display window 306 of the playback control screen of the video file of FIG. It is determined whether the corresponding object of one piece of content related information is selected, and if a predetermined object is selected, the operation of playing the video file is performed in step 514.

The screen of the video file to be played back is displayed on the display window 306 of the playback control screen of the video file of FIG.

In such a state, the control unit 100 for inserting content-related information sets the play time information in the video file played back in step 516 and tracks the area coordinates of the corresponding object located at the corresponding time. The information is stored in the coordinate value input field 413 in 410.

That is, the control unit 100 for inserting content-related information forms a polygon according to the number of the input tracking lines, and the predetermined number of pixels according to the input area-specific value centering on the position of the predetermined object clicked by the user. After calculating the average value of the R, G and B of the sampled pixels, the size of the polygon is reduced and enlarged according to the pixels having an error value within the range of the accuracy of each input area from the calculated average value. An area of the object is set, and the coordinates of the area to be set are tracked and stored according to the play time information in the video file.

In the next step 518, the operator selects the 'pause' key 310 or the cut information position of the video file being played, and as a result of the determination, the worker has not selected the 'pause' key 310 or Alternatively, if the cut information is not in the video file position, the process returns to step 514 to repeat the operation of tracking and storing the coordinates of the corresponding region while continuing to play the video file.

If the operator selects the 'pause' key 310 or cuts the position of the cut information of the played video file at step 518, the control unit 100 for inserting content-related information may execute the video file at step 520. Pauses playback.

In a next step 522 it is determined whether the worker selects the 'complete' key 312. If it is determined that the 'complete' key 312 is not selected, the process returns to step 504 and repeats the operation of tracking and storing the coordinates of the next object as described above, and in step 522 When the key 312 is selected, the operation of tracking and storing the coordinates of the object is stopped and returned.

When the automatic is not set in the step 500 and the operator selects the 'manual' key 402 and the manual is set in the step 502, the control unit 100 for inserting content-related information is step 524. Enter the object information in. That is, in the drawing of FIG. 4, inputting various information related to an object in the object input field 400 and the object information field 410, the tracking line count input field 403 of the object input field 400, and the range input field 404 for each region. And the number of tracking lines to track the object in the accuracy field 405 for each region and the ID field 411, the object name field 412, the detailed description field 414, and the URL field 415 in the object information field 410. Enter the range and accuracy of each area of the object, the ID of the object, the name of the object, a detailed description of the object, and the URL.

In the next step 526, when the operator selects the 'play' key 304 to instruct the playback of the video file, the control unit 100 for inserting content-related information plays the video file in step 528 to perform the playback of the video file. The display window 306 of the playback control screen of the video file is displayed, and it is determined in step 530 whether the operator sets the area of the object. That is, for a predetermined object displayed on the display window 306 of the playback control screen of the video file of FIG. 3, an operator drags a mouse or the like along the outline of the object to set an area of the predetermined object. The content related information insertion controller 100 determines whether the operator sets a region of the predetermined object by dragging the mouse in step 530.

When the area of the predetermined object is set in step 530, the control unit 100 for inserting content-related information displays the area set by the user for the predetermined object in step 532, and the mouse moves in step 534. Move the set area according to the method, and set playback time information of the video file to be played in step 536, and track the coordinates in the set area of the object to be moved to the area of the object. Set up and save.

In the next step 538, the operator selects the 'pause' key 310 or determines whether the cut information is a location of the video file being played, and as a result, the operator does not select the 'pause' key 310 or the video file. If it is not the cut information position, the process returns to step 534 and repeats the operation of tracking and storing the coordinates of the corresponding area while continuously playing the video file.

When the operator selects the 'pause' key 310 or cuts the position of the cut information of the video file to be played in step 538, the control unit 100 for inserting content-related information inserts the video in step 540. The playback of the file is paused and it is determined in the next step 542 whether the operator selects the 'complete' key 312. If it is determined that the 'done' key 312 is not selected, the process returns to step 524 and repeats the operation of tracking and storing the coordinates of the next object. In step 542, the operator completes the key '312'. If you select), the operation to track and store the coordinates of the object stops and returns.

As such, the video file storing predetermined program related information and content related information is stored in a database of a web server, and when a user terminal accesses a web server through the Internet, the user can search and view the video file stored in the web server. do.

FIG. 6 is a diagram illustrating a configuration of a system for searching and viewing a video file stored in a database, and obtaining and purchasing information about an object in the information providing method of the present invention. Here, reference numeral 600 denotes an Internet which is a data communication network based on TCP / IP, and reference numeral 610 denotes a search and viewing of a video file through the Internet, and acquisition of information on a predetermined entity appearing on a playback screen of the video file. A plurality of user terminals used by the purchasing user.

Reference numeral 620 denotes a database for storing and outputting a plurality of video files storing program related information and content related information, a video file search program for searching the video files, and the like. When accessing through the Internet 600 is a web server for providing a video file to search and view the video file stored in the database 620.

Here, although a plurality of video files and a video file search program for searching the video files are stored in the database 620 of the video file providing web server 630, the video file providing web It is provided with a database server and a streaming server separately from the server 630, a video file search program for searching video files in a database server and a streaming server database, and a plurality of video files can be stored separately. It can be carried out.

Reference numeral 640 denotes an object information providing and shopping web server that provides and sells information on a predetermined object when the user terminal 610 is connected through the Internet 600.

7A and 7B illustrate a user terminal searching for and viewing a video file stored in a database of a web file providing web file using the system of FIG. 6 in the information providing method of the present invention. Signal flow diagram showing the process of acquiring and purchasing detailed information about an individual. As shown in FIG. 7A, the web server 630 for providing a video file determines whether the user terminal 610 is connected through the Internet 600 in step 700. When the user terminal 610 is connected in step 700, the web server for providing a video file 630 determines whether the user terminal 610 requests a search for a video file in step 702.

When the user terminal 610 requests a search for a video file, the web server for providing a video file 630 provides a search screen of the video file to the user terminal 610 in step 704 to store the video stored in the database 620. Make the file searchable. For example, as shown in FIG. 8, a search screen for selecting a genre and inputting a search word to search for a video file is provided.

In the next step 706, as the user manipulates the user terminal 610, search terms such as genre and search word to search for a video file are input into the input fields 802, 804, and 806, and in step 708, 'search' When the key 808 is selected, the web server 630 for providing a video file in step 710 is inputted into the input fields 802, 804, 806 among a plurality of video files stored in the database 620. Search and display all video files that meet the search criteria such as genre and search term. For example, as shown in FIG. 9, a searched video file is displayed on a search result screen so that a user can check it.

In the next step 712, it is determined whether the user selects one video file to be watched among the searched video files. When the video file is selected, in step 714, the web server for providing a video file is The predetermined video file selected by the user is read from the database 620 and then transmitted to the user terminal 610 through the Internet 600 for playback and viewing. For example, as shown in FIG. 10, the user's terminal 610 displays a playback screen of the selected video file so that the user can view it.

In the next step 716, the position of the mouse pointer of the user terminal 610 is tracked, and it is determined whether the position of the tracked mouse pointer is the position of the object in step 718. That is, it is determined whether the mouse pointer is located at the coordinate position of an object such as a character or a prop appearing on the playback screen of the video file.

If the location of the mouse pointer is the location of the object in step 718, the user terminal 610 searches for content related information of the object in step 720 and displays the name of the object. For example, in the case where the mouse pointer is positioned at the position of the T-shirt the character is wearing in FIG. 10, an auxiliary window 1002 having a tool tip function is formed at the position of the mouse pointer, and the character is displayed at the auxiliary window 1002. The name of the t-shirt being worn is displayed.

In the next step 722, it is determined whether the mouse is clicked, and when the mouse is clicked, the position of the current mouse pointer is determined in step 724 as shown in FIG. 7B.

As a result of the determination, when the pointer of the mouse is the object position in step 726, for example, a detailed description display field 1004 is formed at the bottom of the playback screen, and the detailed description of the object is searched for in the content related information. The detailed description display field 1004 is displayed.

If the position of the mouse point is the position of the detailed description field 1004 in step 730, the URL of the corresponding object is searched in step 732, and the searched URL is used in step 734. By providing more detailed information about the object and accessing the object information providing and shopping web server 640 for shopping, detailed information about the object is acquired and purchased in the usual manner.

As described in detail above, the present invention inserts program related information and content related information of a video file into a video file, searches for and watches a desired video file and scene using the inserted program related information and content related information. As a result, the user can search and watch the front face desired by the user.

In addition, by using the content-related information to be inserted into the video file, it is possible to obtain detailed information about a predetermined object, as well as to purchase by performing Internet shopping.

Claims (8)

A first step of inserting program related information related to the video file and content related information related to objects appearing on a playback screen in a video file according to an operator's operation in a video file information insertion system; A second step of storing a video file in which program related information and content related information are inserted in the first step in a database of a web server; A third step of determining whether to search for a video file when the user terminal is connected to a web server through the Internet; A fourth step of causing the web server to provide a search screen of the video file and input a search condition when the user terminal selects a search for the video file in the third step; A fifth step of the web server searching for and displaying the video files satisfying the search condition when the user terminal inputs the search condition in the fourth step; A sixth step of retrieving the selected video file from the database and transmitting the selected video file to the user terminal when the user terminal selects one of the video files displayed in the fifth step; A seventh step of determining whether the user terminal clicks while tracking the position of the mouse pointer while playing the video file transmitted in the sixth step; In the seventh step, when the mouse pointer is positioned on the object appearing on the playback result playback screen and the user does not click the mouse pointer, the name of the object on which the mouse pointer is located is displayed as a tooltip from the content related information inserted into the video file. 8 courses; And In the seventh step, when the mouse pointer is positioned and clicked on the object appearing on the playback result playback screen, a ninth step of searching for the detailed description of the object on which the mouse pointer is located is displayed in the detailed description display box. Information providing method using the object recognition in the Internet broadcasting. According to claim 1, wherein the program related information; Information providing method using the object recognition in the Internet broadcast, including the program name, broadcasting station name, production company, production date, director / PD name, genre and characters of the video file. The method of claim 1, wherein the first process comprises; An eleventh step of the video file information insertion system displaying an edit screen of the video file and a program related information and content related information input screen of the video file; A twelfth step of selecting a moving picture file to be edited by the operator among the moving picture files displayed in the eleventh step, inputting program related information related to the moving picture file, and setting a playback speed of the moving picture file; In the twelfth step, the cut information according to the operator's operation is input while the video file information insertion system plays the video file at the set playback speed, or the pause position or the play position of the video file is cut according to the operator's operation. A thirteenth step of determining whether the information is a location; A fourteenth step of inserting the cut information into the current playback position of the video file when the input of the cut information of the thirteenth process is determined; And If it is determined in step 13 that the input of the pause command or the playback position of the video file is the cut information position, the playback of the video file is paused and related to the objects displayed on the playback screen of the video file according to the operator's operation. An information providing method using object recognition in Internet broadcasting, comprising a fifteenth process of inserting and storing content related information. The method of claim 3, wherein the fifteenth process is performed by: a. Input the tracking line number, area range, area accuracy and object information of the object to insert the content related information, and automatically play the video file as the object is selected, and set the time information of the video file to be played. And tracking and storing the area coordinates of the corresponding object according to the input number of tracking lines, the range for each area, and the accuracy for each area. The method of claim 3, wherein the fifteenth process is performed by: a. Set and display the area of the object according to the operator's operation while inputting the content related information about the object and play the video, and set the time information of the video file to be played while moving the set object's area according to the operator's operation And storing and tracking the coordinates of the object area to be moved. The method of claim 3, wherein the fifteenth process is performed by: a. A twenty-first step of determining whether the operator sets automatic or manual; A twenty-second step of determining whether to select an object by inputting the number of tracking lines, the range for each area, the accuracy for each area, and the object information when the determination result is automatically set in the twenty-first step; When the object is selected in the twenty-second step, the time information on the playing time of the video file is set while playing the video file, and the area coordinates of the selected object are set according to the input number of tracking lines, the range for each area, and the accuracy for each area. Twenty-third step of tracking and inserting into the moving image file; And A twenty-fourth step of inputting information on an object and playing back a video file when the determination result is set manually in the twenty-first step; On the playback screen of the video file played in step 24, the area of the object is set and displayed according to the operator's operation, and the time information of the video file to be played while the area of the set object is moved according to the operator's operation is set and moved. And a twenty-fifth step of tracking the coordinates of the object area and storing the coordinates in the video file. The method of claim 1 or 3 to 6, wherein the content related information; An information providing method using object recognition in Internet broadcasting, comprising an ID of an object, a name of the object, and a detailed description of the object. The method of claim 1, wherein the seventh process comprises: When the user clicks the mouse with the mouse point positioned in the detail display field, the user searches for the URL of the object whose detail description is displayed in the detail display field in the content related information and then the user details the object. The information providing method using the object recognition in the Internet broadcast, characterized in that connected to the corresponding web server of the URL so as to acquire the shopping.