KR20130070035A - Apparatus and method of view point diversification using three dimensional graphic data of broadcasting objects - Google Patents

Abstract

PURPOSE: A system for diversifying a broadcast watching point by using 3D modeling data of a broadcast object and a method thereof are provided to supply motion data in real time after 3D modeling of the broadcast object, thereby enabling the selecting of various points in case of watching a broadcast. CONSTITUTION: A motion data generation unit(120) generates motion data of each broadcast object by analyzing images photographed by one or more cameras(110). An object information storage unit(130) stores information for broadcast objects. A stereoscopic broadcast data providing unit(140) the information and the motion data of the each broadcast object to one or more broadcast receiving devices by using a wired/wireless communication method. [Reference numerals] (110) Camera; (120) Motion data generation unit; (130) Object information storage unit; (140) Stereoscopic broadcast data providing unit; (150) Game determination means; (160) Advertisement data storage means

Description

Broadcast viewing perspective diversification system using 3D modeling data of broadcast object and its method {APPARATUS AND METHOD OF VIEW POINT DIVERSIFICATION USING THREE DIMENSIONAL GRAPHIC DATA OF BROADCASTING OBJECTS}

The present invention relates to a stereoscopic broadcast service technology.

Looking at the recent trend of broadcasting technology, stereoscopic broadcasting technology to attract viewers immersion is in the spotlight.

A well-known stereoscopic broadcast technology has recently been in the spotlight, and it transmits images perceived by the right eye and the left eye at the time of broadcasting through separate channels, but makes the user feel 3D by wearing the stereoscopic glasses.

Such image technology has begun to spread through theaters, and recently, 3D TVs have been commercialized, and have been broadcasted and spread to homes.

Such image technology is particularly applied to sports events, enabling a more lively game watching.

Nevertheless, such a conventional technique merely makes a two-dimensional image three-dimensional, and still has a limitation of only watching a game from the point of view of a fixed broadcast camera and observing it in the third person view.

Observations from the third person point of view do not provide enough information about the actual events the athletes actually see and experience, and sometimes rely on the narrator's commentary to understand the situation indirectly.

However, if the viewer can watch the sports video by selecting various viewpoints, it is possible to observe the broadcast object in three dimensions, so that the immersion of the sports game itself can be improved and accurate game contents can be identified.

In particular, if you can watch a sports game from the point of view of the player performing the sports game, that is, the first-person view, you can feel more immersive, and you can directly see various contents of the game that can not be felt through the sports relay. You will experience.

For example, in the case of a baseball game, it is possible to watch a sports game with a feeling of participating directly in the game by selecting a viewpoint of a batter or a pitcher to attack, or vice versa.

Accordingly, there is a need to develop a stereoscopic broadcast service method capable of appreciating broadcast objects from various viewpoints, in addition to the conventional stereoscopic broadcast service technology.

In particular, it is necessary to develop a three-dimensional broadcasting methodology that can provide a sports event in real time stereoscopic image.

Document 1. Korean Patent No. 10-697972 "Digital Broadcast Transmission Apparatus and Method for Stereoscopic Broadcasting Service" Document 2. Korean Patent No. 10-722704 "Group Video Conferencing Method and System Using 3D Graphic Model of Broadcasting Event"

The present invention has been made to solve the problems of the prior art as described above, by providing 3D modeling of the broadcast object to provide the motion data in real time to the viewer 3D modeling data of the broadcast object that allows the viewer to select a variety of views An object of the present invention is to provide a broadcast viewing viewpoint diversification system and a method thereof.

In particular, it is an object of the present invention to provide a broadcasting viewing time diversification system and a method for watching a sports game at various times by extracting and transmitting motion data of objects in real time in relaying a sports game in real time.

In order to achieve the above object, a broadcast viewing viewpoint diversification system using 3D modeling data of a broadcast object according to an embodiment of the present invention includes one or more cameras for photographing one or more broadcast objects;

Motion data generating means for generating motion data of each broadcast object by analyzing images captured by the one or more cameras;

Object information storage means for storing information about broadcast objects;

Stereoscopic broadcasting data providing means for providing information and motion data of each broadcasting object to at least one broadcasting receiving apparatus by wire or wireless communication;

And a game determination means for obtaining a determination result of a sporting event by performing a simulation of a sporting event by using the 3D modeling data and the motion data of each broadcast object.

Meanwhile, in order to achieve the above object, a broadcast viewing time diversification system using 3D modeling data of a broadcast object according to an embodiment of the present invention is a broadcast receiving apparatus for receiving and displaying TV broadcast on a screen.

The broadcast receiving apparatus is a stereoscopic apparatus for receiving stereoscopic broadcast data including motion data of each broadcast object generated by analyzing images captured by one or more cameras and information on each broadcast object from a broadcast providing apparatus by wire or wireless communication. Broadcast data receiving means;

And screen display means for displaying the received TV broadcast on a screen or displaying each broadcast object as a 3D graphic image on the screen using the received stereoscopic broadcast data.

When a TV broadcast is received according to a user's operation, the channel information or content information of the TV broadcast is extracted, the stereoscopic broadcast data corresponding to the TV broadcast is selected from the broadcast providing device, and received.

The screen display means displays the received TV broadcast on the screen, and further displays a 3D graphic image using the stereoscopic broadcast data on the screen,

The information about each broadcast object may include 3D modeling data of each broadcast object.

On the other hand, in order to achieve the above object, one side of the broadcast viewing viewpoint diversification method using the 3D modeling data of the broadcast object according to the present invention comprises the step 110 of photographing the broadcast object through a camera;

A step 120 of generating motion data of the broadcast object by analyzing the captured broadcast object;

In step 130, retrieving information about pre-stored broadcast objects;

And a step 140 of providing information and motion data of each broadcast object to at least one broadcast receiving device by a wired / wireless communication method.

Meanwhile, in order to achieve the above object, another aspect of the broadcast viewing time diversification method using 3D modeling data of a broadcast object according to the present invention is a method executed in a broadcast receiving apparatus for receiving and displaying TV broadcast on a screen. ,

In step 210, when a TV broadcast is received according to a user's operation, extracting channel information or content information of the TV broadcast;

3D broadcast data including motion data of each broadcast object generated by analyzing images captured by one or more cameras from a broadcast providing device that provides stereoscopic broadcast data corresponding to the TV broadcast, and stereoscopic broadcast data including information about each broadcast object. Receiving step 220; And

And displaying the received TV broadcast on a screen, and displaying each broadcast object as a 3D graphic image on the screen by using the received stereoscopic broadcast data.

The information on each broadcast object received in step 220 may include 3D modeling data of each broadcast object.

According to the present invention, by providing 3D modeling of a broadcast object and providing motion data in real time, the viewer can select and view various viewpoints.

In particular, in relaying a sports game in real time, the motion data of the objects are extracted in real time and provided together with the prepared 3D modeling data, so that the sports game can be watched from the first-person view such as the viewpoint of a specific player. You can feel immersive and nervous when you watch.

In addition, it is possible to provide more intuitive and accurate information on the content of the game in watching TV broadcasts of sports events by receiving stereo broadcast data separately and additionally displaying it on one side of the screen when receiving sports broadcast TV broadcasts. It works.

1 is a reference diagram illustrating a configuration of a broadcast viewing viewpoint diversification system according to the present invention.
2 is a functional block diagram illustrating a configuration of a broadcast providing apparatus.
3 is a functional block diagram for explaining a configuration of a broadcast receiving apparatus;
4 is a reference diagram illustrating a state in which a 3D graphic image using TV broadcast and stereoscopic broadcast data is simultaneously displayed on a screen of a broadcast receiving device.
5 is a flowchart for explaining one aspect of the broadcast viewing viewpoint diversification method according to the present invention according to the present invention;
6 is a flowchart for explaining another aspect of the broadcast viewing viewpoint diversification method according to the present invention.

Hereinafter, a configuration of a broadcast viewing viewpoint diversification system using 3D modeling data of a broadcast object according to the present invention will be described in detail with reference to FIGS. 1 to 4.

In order to clarify the present invention, contents which are not related to the configuration of the present invention will be omitted, and the same reference numerals are used for the same components.

On the other hand, when an element is referred to as being "comprising" another element in the description of the invention or in the claims, it is not interpreted as being limited to only that element, Elements may be further included.

Also, in the description of the invention or the claims, the components named as "means", "parts", "modules", "blocks" refer to units that process at least one function or operation, Each of which may be implemented by software or hardware, or a combination thereof.

1 is a reference diagram illustrating a configuration of a broadcast viewing time diversification system according to the present invention, and FIGS. 2 and 3 respectively illustrate the configurations of a broadcast providing device and a broadcast receiving device configuring a broadcast viewing time diversification system according to the present invention. FIG. 4 is a reference diagram illustrating how a 3D graphic image using TV broadcast and stereoscopic broadcast data is simultaneously displayed on a screen of a broadcast receiving apparatus.

As shown in FIG. 1, the broadcast viewing time diversification system according to the present invention includes one or more broadcast providing apparatuses 100 and a plurality of broadcast receiving apparatuses 200.

In this case, although the broadcast providing device 100 includes the expression "broadcasting", it is taken out of the form of transmitting an image in one direction in the form of analog or digital data, such as over-the-air broadcasting according to the prior art, photographed as described below. The broadcast receiving apparatus 200 provides stereoscopic image data including 3D modeling data and motion data of the broadcasting objects as the subjects.

In this case, the stereoscopic image data may be provided to the broadcast receiving apparatus 200 in the form of digital data through a communication session generated between the broadcast receiving apparatus 200 and the broadcast receiving apparatus 200 connected through a network. All known wired and wireless communication methods such as one-way transmission using a data channel can be used.

Meanwhile, as shown in FIG. 1, the broadcast transmission apparatus 100 preferably photographs various subjects in a stadium including a sports stadium and athletes, and generates motion data of at least athletes therein in real time.

(Hereinafter, as illustrated in FIG. 1, the present invention can be used as a means for providing an auxiliary information source in real-time TV relay of sports events, and will be described below with reference to the above examples, but is not limited thereto. Of course, it can be applied to general broadcasting other than games.)

Meanwhile, the image broadcasting data including the generated motion data and 3D modeling data of the broadcasting objects is provided to the broadcasting receiver 200. Preferably, the 3D modeling data is provided in advance before the broadcast so that the broadcast receiving device 200 stores it.

The broadcast receiving device 200 preferably receives the over-the-air broadcast and displays it on the screen, as in the conventional TV receiver, and further receives 3D image data from the broadcast providing device 100 to use the 3D graphic image. Real-time rendering in the form can be displayed on the screen at the same time as shown in FIG.

The user may not only watch a sports game through the airwave TV broadcast, but also, if desired, receive the 3D image data corresponding to the sports TV broadcast from the broadcast providing apparatus 100 and display it on one side of the screen as shown in FIG. 4. Alternatively, the display may be displayed on the entire screen instead of the TV relay screen for viewing.

In this case, the broadcast receiving device 200 renders and displays the broadcast objects in real time in the form of a 3D graphic image. The user can freely select a desired view point. For example, in the case of a baseball game, one of various viewpoints such as a pitcher's viewpoint, batter's viewpoint, ball viewpoint, or a viewer's viewpoint may be selected to watch a 3D graphic image which is rendered and displayed in real time based on the viewpoint. .

In other words, it is possible to watch a sports game in the first-person view instead of the third-person view.

Accordingly, the broadcast receiving device 200 preferably includes a GPU (Craphic Processing Unit) or a CPU (Central Processing Unit) capable of receiving 3D image data and rendering 3D graphic images in real time, and displaying 3D graphic images. And a display device such as an LCD panel for providing a user interface device such as a mouse for allowing a user to select or change a viewpoint, and further comprising a receiver for receiving a TV broadcast such as over-the-air broadcast. Can be.

Referring to Figure 2 looks at the configuration of the broadcast providing device 100 in more detail. As shown in FIG. 2, the broadcast providing apparatus 100 includes a camera 110, a motion data generating unit 120, an object information storing unit 130, and a game determining unit 140.

The camera 110 may be installed at a sports stadium as shown in FIG. 1 as a means for capturing an image of one or more broadcast objects.

The broadcast object is a subject photographed by the camera 110 and refers to an object represented in the form of 3D modeling data and motion data, as will be described later. In the example of FIG. It may also include the sports arena itself.

At least one camera 110 may be provided, and the motion data generating unit 120 may generate motion data of each broadcasting object by analyzing an image photographed by the at least one camera 110.

Motion data is data representing the motion of each broadcast object and may be obtained by a conventionally known image analysis technique.

For example, in a baseball game, a pitcher may throw a ball, a batter swings, or a batter or defender's movement in a stadium.

However, considering the technical limitations of image analysis, it may be difficult to obtain relatively precise data compared to motion capture using motion capture equipment. It may be treated as determining whether it is applicable.

The acquisition of such motion data may be obtained in real time through analysis of the captured image.

On the other hand, the object information storage means 130 stores information about broadcast objects. The information on the broadcast objects includes various information for describing the broadcast object and 3D modeling data of the broadcast object.

3D modeling data is data produced by using a 3D graphics tool to represent a broadcast object as 3D graphics. The 3D modeling data refers to data rendered in the form of 3D graphics through texture mapping, lighting processing, viewpoint setting, and the like.

The information on the broadcast objects may include, for example, information on sports players' names, batting averages, and other grades, and may include at least 3D modeling data of the sports players.

The stereoscopic broadcasting data providing unit 140 provides stereoscopic broadcasting data including information and motion data of each broadcasting object to one or more broadcasting receivers 200 by wire or wireless communication.

In this case, the information of the broadcast objects provided may include 3D modeling data of the broadcast objects.

Since the size of the 3D modeling data is larger than the motion data, it is preferable to provide the 3D modeling data to the broadcast receiving apparatus 200 in advance. If the 3D modeling data is not held, the 3D modeling data may be further provided. .

For example, in the case of a baseball game, the object information storing means 130 includes 3D modeling data of each player, and the motion data generating means 120 analyzes the captured image to track each player's motion or movement path for each player. Generating motion data, the stereoscopic broadcast data providing means 140 is to match the 3D modeling data and motion data for each athlete to generate and provide stereoscopic broadcast data including the same.

The broadcast providing apparatus 100 according to the present invention includes the above components, but may further include the game determination means 150 as described below.

The game determining means 150 obtains a result of the sporting event by performing a simulation of the sporting event using the 3D modeling data and the motion data of each broadcasting object.

For example, in the case of a baseball game, it is possible to determine whether the ball has entered the strike zone or whether the fence has been passed through the simulation result using 3D graphics, and the stereoscopic broadcast data providing means 140 determines the result of the stereoscopic broadcast data. It can be included in the provision.

That is, it is possible to further provide the game determination result by simulation separately from the judgment of the referee during the broadcast of the sporting event.

Meanwhile, in addition to the above configuration, the broadcast providing device 100 may further include advertisement data storing means 160 for storing a plurality of advertisement data.

The stereoscopic broadcasting data providing unit 140 may extract any one of the stored advertisement data and include the stereoscopic broadcasting data in the stereoscopic broadcasting data.

The advertisement data refers to data such as an image or a video for promoting a product or service produced at the request of an advertiser, and the advertisement data received by the broadcast receiving apparatus 200 may be a 3D graphic image using 3D modeling data. The expression may be displayed by mapping the advertisement data to a 3D object of a broadcast object.

For example, when the 3D modeling data of the broadcast object included in the stereoscopic broadcast data includes the sports stadium, the advertisement data may be displayed by being mapped to the electronic billboard or the outer wall of the sports stadium.

Meanwhile, the configuration of the broadcast receiving apparatus 200 constituting the broadcast viewing viewpoint diversification system using the 3D modeling data of the broadcast object according to the present invention will be described in more detail with reference to FIG. 3.

Meanwhile, as shown in FIG. 3, the broadcast receiving device 200 includes a stereoscopic broadcast data receiving unit 210 and a screen display unit 220.

The broadcast receiving device 200 is a device for receiving and displaying TV broadcasts according to the prior art, such as airwaves or cables, on a screen. In addition, 3D graphics using stereoscopic broadcast data provided from the broadcast providing device 100 is provided. The image can be rendered and displayed in real time.

The stereoscopic broadcast data receiving means 210 receives the stereoscopic image data from the broadcast providing apparatus 100 as described above by wired or wireless communication.

In this case, the stereoscopic broadcast data includes motion data of each broadcast object generated by analyzing images captured by one or more cameras and information on each broadcast object.

As described above, the information on each broadcast object includes 3D modeling data of each broadcast object.

Meanwhile, the screen display unit 220 displays the received TV broadcast on the screen or displays each broadcast object as a 3D graphic image on the screen by using the received stereoscopic broadcast data.

In this case, the stereoscopic broadcasting data receiving unit 210 preferably retrieves the channel information or the content information of the TV broadcasting as the user operates the broadcasting receiving apparatus 200 to retrieve one or more broadcasting providing apparatuses. The stereoscopic broadcasting data corresponding to the TV broadcasting may be selected and received from the 100.

For example, when a TV broadcast is a live baseball game, the baseball game is live among one or more broadcast providing devices 100 by extracting channel information such as a broadcaster, a broadcast time of the corresponding broadcast, or content information such as a broadcast title of the corresponding broadcast. The broadcast providing apparatus 100 transmitting the stereoscopic broadcast data for the relay may be found to receive the stereoscopic broadcast data.

As the TV broadcast and the stereoscopic broadcast data are simultaneously received, the screen display unit 220 displays the received TV broadcast on the screen, and as shown in FIG. 4, the 3D graphic image using the stereoscopic broadcast data on one side of the screen. Can be displayed on the screen.

Meanwhile, the screen display unit 220 may provide a user interface for allowing a user to select a viewpoint of the 3D graphic image, and display the 3D graphic image at the viewpoint selected by the user.

As a result, the display time of the stereoscopic broadcasting can be diversified.

Furthermore, it may be possible to display an advertisement received from the broadcast providing device 100.

For example, the 3D modeling data of the broadcast object received by the stereoscopic broadcast data receiving means 210 from the broadcast providing device 100 may include 3D modeling data of a sports stadium, and the stereoscopic broadcast data receiving means 200 Advertising data may be further received from the broadcast providing device 100.

In this case, the screen display unit 220 may map the received advertisement data to 3D modeling data of the sports stadium to display and render a 3D graphic image on the screen in real time.

In this case, preferably, the advertisement data may be displayed on an outer wall of the sports stadium, an electronic signboard, or the like.

Furthermore, the stereoscopic broadcast data receiving means 210 is further provided with the determination result of the sporting event obtained by performing the simulation of the sporting event using the 3D modeling data and the motion data of each broadcasting object from the broadcast providing apparatus 100. It may be.

In this case, the screen display unit 220 may further display the determination result on the screen.

Hereinafter, a broadcast viewing time diversification method according to the present invention will be described with reference to FIG. 5.

5 is a flowchart for explaining one aspect of the broadcast viewing viewpoint diversification method according to the present invention according to the present invention.

The present invention illustrated in FIG. 5 describes a process in which stereoscopic broadcasting is provided for diversifying broadcast time from the perspective of the broadcast providing apparatus 100.

First, the broadcast providing device 100 photographs a broadcast object through a camera (S110). In this case, preferably, the photographed subject, that is, the broadcast object, may include a sports stadium and a player playing a game in the stadium.

As the broadcast object is photographed, the broadcast providing apparatus 100 generates motion data of each broadcast object in real time by analyzing the photographed broadcast object (S120).

Meanwhile, the stereoscopic broadcast including information and motion data of each broadcast object to one or more broadcast receiving apparatuses 200 by wired / wireless communication method by extracting information (including 3D modeling data) about previously stored broadcast objects (S130). Provide data (S140).

In this case, the 3D modeling data of the remaining broadcast objects may be provided except for the 3D modeling data of the broadcast object held by the broadcast receiving apparatus 200.

On the other hand, as shown in Figure 5 before the step S140 by performing the simulation of the sports game using the 3D modeling data and motion data of each broadcast object can be obtained a determination of the sports game (S150).

In this case, in step S140, the determination result is provided to the broadcast receiving device 200 together with the broadcast object information and motion data.

Meanwhile, as shown in FIG. 5, one of a plurality of pre-stored advertisement data before the step S140 may be selected and withdrawn (S160).

In this case, in step S140, the extracted advertisement data is provided to the broadcast receiving device 200 together with the information and motion data of the broadcast object.

Meanwhile, when the 3D modeling data of the broadcast object includes 3D modeling data of a sports stadium, the advertisement data may be mapped and displayed on the 3D modeling data of the sports stadium.

For example, the coordinates corresponding to the outer wall of the sports stadium, the electronic scoreboard, or the like may be set as the coordinates to which the corresponding advertisement data is to be mapped and provided to the broadcast receiving device 200.

On the other hand, with reference to Figure 6 will be described a broadcast viewing time diversification method according to the present invention according to the present invention.

6 is a flowchart for explaining another aspect of the broadcast viewing viewpoint diversification method according to the present invention.

The present invention illustrated in FIG. 6 describes a process of diversifying the broadcast viewing time using stereoscopic broadcasting provided from the perspective of the broadcast receiving apparatus 200. That is, the method illustrated in FIG. 6 may be executed in the broadcast receiving apparatus 200 that receives a TV broadcast and displays it on a screen.

First, when a TV broadcast is received according to a user's operation, the broadcast receiving device 200 extracts channel information or content information of the TV broadcast (S210).

On the other hand, one or more broadcast providing device 100 receives the stereoscopic broadcast data from the broadcast providing device 100 for providing stereoscopic broadcast data corresponding to the TV broadcast (S220).

In this case, the stereoscopic broadcast data includes motion data of each broadcast object generated by analyzing images captured by one or more cameras, and information on each broadcast object. The information on the broadcast object includes, of course, 3D modeling data of each broadcast object.

Preferably, each broadcast object may include a sports stadium and players playing a game in the sports stadium.

Thereafter, the received TV broadcast is displayed on the screen, and as shown in FIG. 4, each broadcast object is further displayed on the screen as a 3D graphic image by using the received stereoscopic broadcast data (S230).

In this case, as the viewpoint of the 3D graphic image is selected by the user, the viewpoint is changed to the selected viewpoint to display the 3D graphic image (S240).

Meanwhile, in operation S220, the broadcast receiving device 200 may further receive advertisement data from the broadcast providing device 100 in addition to stereoscopic image data.

In this case, in operation S230, the broadcast receiving device 200 may display the 3D image on the screen by mapping the received advertisement data to the 3D modeling data of the sports stadium.

For example, an advertisement image or an image may be displayed on an outer wall or an electronic sign of a sports stadium.

Meanwhile, in operation S220, the broadcast receiving device 200 determines a sport event obtained by performing a sport game simulation using 3D modeling data and motion data of each broadcast object in addition to stereoscopic image data from the broadcast providing device 100. More results may be provided.

In this case, in operation S230, the broadcast receiving device 200 may further display the received determination result on the screen.

Meanwhile, the broadcast viewing time diversification method according to the present invention may be embodied as computer readable codes and stored in a computer readable recording medium.

The computer-readable recording medium may include any type of medium in which data readable by a computer system is stored. Examples of the medium include a DVD-ROM, a CD-ROM, a hard disk, a USB memory, a flash memory And the like.

On the other hand, the expression contained in the recording medium encompasses both the case of being recorded on the recording medium in large quantities and distributed in a package form as well as being provided through the network in the form of data packets and stored in the recording medium.

While the present invention has been described with reference to the accompanying drawings and embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. . Accordingly, the scope of the present invention should be determined only by the technical idea of the appended claims, and is not limited to the above embodiments.

The present invention can be applied to the broadcasting technology field.

100: broadcast providing device
110: camera
120: motion data generating means
130: object information storage means
140: stereoscopic broadcast data providing means
150: game determination means
160: advertising data storage means
200: broadcast receiving device
210: stereoscopic broadcast data receiving means
220: screen display means

Claims (21)

One or more cameras for photographing one or more broadcast objects;
Motion data generating means for generating motion data of each broadcast object by analyzing images captured by the one or more cameras;
Object information storage means for storing information about broadcast objects;
3D modeling data of a broadcast object, comprising: a broadcast providing device having a stereoscopic broadcast data providing means for providing information and motion data of each broadcast object to at least one broadcast receiving device by a wired or wireless communication method. Broadcast viewing perspective diversification system. The method of claim 1,
The object information storing means further stores 3D modeling data of broadcasting objects, and the stereoscopic broadcasting data providing means provides 3D modeling data of the remaining broadcasting objects except for the 3D modeling data of the broadcasting object previously owned by the broadcasting receiver. A broadcast viewing viewpoint diversification system using 3D modeling data of a broadcast object. 3. The method of claim 2,
The one or more cameras are installed in the sports arena,
The broadcast object includes the sports stadium and the players of the sports stadium photographed by the camera,
And information on the broadcast objects stored by the object information storage means includes 3D modeling data of the sports stadium and the players. The method of claim 3, wherein
Match determination means for obtaining a result of the determination of the sporting event by performing a simulation of the sporting event by using the 3D modeling data and motion data of each broadcast object;
And the stereoscopic broadcast data providing means further provides a determination result by the game determining means. 3. The method of claim 1,
Advertising data storage means for storing a plurality of advertising data; further comprising,
The stereoscopic broadcasting data providing means further provides advertisement data stored in the advertisement data storing means, wherein the broadcast viewing viewpoint diversification system using the 3D modeling data of the broadcast object. The method of claim 5, wherein
And the stereoscopic broadcast data providing means provides the advertisement data so that the advertisement data is mapped and displayed on the 3D modeling data of the sports stadium. In the broadcast receiving device for receiving a TV broadcast on the screen,
The broadcast receiving apparatus is a stereoscopic apparatus for receiving stereoscopic broadcast data including motion data of each broadcast object generated by analyzing images captured by one or more cameras and information on each broadcast object from a broadcast providing apparatus by wire or wireless communication. Broadcast data receiving means;
And screen display means for displaying the received TV broadcast on a screen or displaying each broadcast object as a 3D graphic image on the screen using the received stereoscopic broadcast data.
When a TV broadcast is received according to a user's operation, the stereoscopic broadcast data receiving unit 210 extracts channel information or content information of the TV broadcast and selects and receives stereoscopic broadcast data corresponding to the TV broadcast from the broadcast providing device. ,
The screen display means displays the received TV broadcast on the screen, and further displays a 3D graphic image using the stereoscopic broadcast data on the screen,
The broadcast viewing viewpoint diversification system using 3D modeling data of the broadcast object, wherein the information on each broadcast object includes 3D modeling data of each broadcast object. The method of claim 7, wherein
The screen display means is a broadcast viewing viewpoint diversification system using the 3D modeling data of the broadcast object, characterized in that for displaying the 3D graphic image at the viewpoint selected by the user. The method of claim 7, wherein
The 3D modeling data of the broadcast object received by the stereoscopic broadcast data receiving unit from the broadcast providing device includes 3D modeling data of a sports stadium,
The stereoscopic broadcast data receiving means further receives advertising data from the broadcast providing device,
And the screen displaying means maps the received advertisement data to 3D modeling data of the sports stadium and displays 3D graphics of the sports stadium on the screen. 3. The method of claim 7, wherein
The stereoscopic broadcasting data receiving means further receives a determination result of a sports game obtained by performing a sports game simulation by using the 3D modeling data and motion data of each broadcasting object from the broadcasting providing apparatus.
And the screen display means further displays the determination result on a screen. Step 110 of photographing a broadcast object through a camera;
A step 120 of generating motion data of the broadcast object by analyzing the captured broadcast object;
In step 130, retrieving information about pre-stored broadcast objects;
And a step 140 of providing information and motion data of each broadcast object to at least one broadcast receiving device by a wired / wireless communication method. 3. The method of claim 11,
The information on the broadcast objects drawn out in step 130 includes 3D modeling data of the broadcast objects.
And a 3D modeling data of the remaining broadcast object except for the 3D modeling data of the broadcast object held by the broadcast receiving device in step 140, using the 3D modeling data of the broadcast object. 13. The method of claim 12,
Photographing the sports stadium and the players of the sports stadium in step 110;
The broadcast viewing point diversification method of the broadcast object using the 3D modeling data of the broadcast object, characterized in that the information on the broadcast object drawn out in the step 130 includes the sports stadium and the athlete. The method of claim 13,
Step 150 of obtaining a determination result of a sporting event by performing a simulation of a sporting event using the 3D modeling data and the motion data of each broadcasting object before the step 140;
The method of claim 140, wherein the determination result is provided together with the information and motion data of the broadcast object. The method of claim 11,
The method may further include selecting the one of a plurality of pre-stored advertisement data before the step 140 and withdrawing the same.
In step 140, the broadcast advertisement view diversification method using 3D modeling data of a broadcast object, wherein the extracted advertisement data is provided together with the information and motion data of the broadcast object. The method of claim 15,
In step 140, the advertisement data is mapped to 3D modeling data of a sports stadium and provided to be displayed. 3. In the method performed in the broadcast receiving apparatus for receiving and displaying a TV broadcast on the screen,
In step 210, when a TV broadcast is received according to a user's operation, extracting channel information or content information of the TV broadcast;
3D broadcast data including motion data of each broadcast object generated by analyzing images captured by one or more cameras from a broadcast providing device that provides stereoscopic broadcast data corresponding to the TV broadcast, and stereoscopic broadcast data including information about each broadcast object. Receiving step 220; And
And displaying the received TV broadcast on a screen, and displaying each broadcast object as a 3D graphic image on the screen by using the received stereoscopic broadcast data.
The broadcast viewing viewpoint diversification method using the 3D modeling data of the broadcast object, wherein the information on each broadcast object received in step 220 includes 3D modeling data of each broadcast object. The method of claim 17,
And a step 240 of displaying the 3D graphic image at the selected viewpoint as the viewpoint is selected by the user after the step 230; and further comprising a 3D modeling data of the broadcast object. The method of claim 17,
3D modeling data of each broadcast object received from the broadcast providing device in step 220 includes 3D modeling data of a sports stadium, and further receives advertisement data from the broadcast providing device in step 220.
The method of claim 230, wherein the received advertisement data is mapped to 3D modeling data of the sports stadium to display a 3D image on the screen. The method of claim 17,
In step 220, the broadcast providing device is further provided with a determination result of a sports game obtained by performing a sports game simulation using 3D modeling data and motion data of each broadcasting object.
The method of claim 230, wherein the determination result is further displayed on the screen. 21. A computer-readable recording medium in which a program for executing a broadcast viewing viewpoint diversification method using 3D modeling data of a broadcast object according to any one of claims 11 to 20 is recorded on a computer.

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