KR20090028017A - Server, system and method for providing multi angle mobile broadcasting service - Google Patents

Abstract

A server, a system and a method for providing a multi angle mobile broadcasting service are provided to supply a main angle image of a mobile broadcast through a mobile broadcast channel and supply at least one added angle image through a streaming channel of a mobile communication network. An angle image receiving unit(250) receives a main angle image photographed in a main angle camera and an added angle image photographed by at least one added angle camera. A multi angle information generator(230) generates angle selection information including added angle information and main angle information. The generated angle selection information is provided to a mobile broadcasting terminal by a controller(260). A streaming processing unit(220) processes the selected added angle image into streaming image data according to the control of the controller.

Description

Server, System and Method for Providing Multi Angle Mobile Broadcasting Service

The present invention relates to a server, a system and a method for providing a multi-angle mobile broadcast service. More specifically, the present invention relates to a server, a system, and a method for providing a main angle image of a mobile broadcast through a mobile broadcast channel, and providing one or more additional angle images through a streaming channel of a mobile communication network.

In conventional TV broadcasting, a single channel provides information to viewers, and when broadcasting sports such as baseball, golf, and soccer, a plurality of cameras are placed on a stadium and players play from different angles. Although it is produced to be provided to the viewer, the screen provided to the viewer is only one screen selected by the broadcaster among the various screens produced, and the viewer is not given a choice about the screen to be viewed.

To solve this problem, multi-angle broadcasting service such as IPTV (Internet Protocol Television), that is, multiple angles of images shot by multiple cameras installed in various places in the stadium and recording venues, are transmitted through different channels. The user provides a broadcast service that can watch the video of the desired angle by changing the channel if necessary.

In order to provide the multi-angle broadcasting service, as many channels as the number of angles (broadcast bands) are required, it is difficult to provide a multi-angle broadcasting service in mobile broadcasting with limited broadcast bands. Here, the mobile broadcast includes any one of Digital Multimedia Broadcasting (DMB) broadcasting, Digital Video Broadcasting-Handheld (DVB-H) broadcasting, MediaFLO broadcasting, and real-time TV broadcasting.

In order to solve the above problems, the present invention provides a server, a system and a method for providing a main angle image of a mobile broadcast through a mobile broadcast channel, and at least one additional angle image through a streaming channel of a mobile communication network. The purpose is.

In order to achieve the above object, the present invention provides a server for providing an additional angle image to a mobile broadcasting terminal, the angle receiving the main angle image photographed by the main angle camera and the additional angle image photographed by the at least one additional angle camera. An image receiving unit; A multi-angle information generation unit configured to generate angle selection information including additional angle information for identifying the received additional angle image and main angle information for identifying the main angle image; Performing control for providing the generated angle selection information to the mobile broadcasting terminal, processing the additional angle image selected from the mobile broadcasting terminal as streaming image data based on the provided angle selection information, and transmitting the streaming angle data to the mobile terminal; A control unit for performing control for the control unit; A streaming processor configured to process the selected additional angle image as streaming image data under the control of the controller; And it provides a server for providing a multi-angle mobile broadcast service comprising a communication unit for providing a data transmission and reception function with the mobile broadcast terminal.

According to another object of the present invention, there is provided a system for providing a mobile broadcasting service, comprising: a main angle camera for photographing and transmitting a main angle image and one or more additional angle cameras for photographing and transmitting an additional angle image; A mobile broadcasting center receiving the photographed main angle image and transmitting the received main angle image to a mobile broadcasting terminal through a mobile broadcasting satellite or a transmitter, and transmitting the received angle selection menu data to the mobile broadcasting terminal; Receiving one or more additional angle images and the main angle image, generating angle selection information including additional angle information for identifying the one or more additional angle images and main angle information for identifying the main angle image, and A multi-angle providing server connecting a streaming channel to a mobile broadcasting terminal and processing the additional angle image selected from the mobile broadcasting terminal based on the angle selection menu data as streaming image data and transmitting the same to the mobile broadcasting terminal; A menu configuration server for receiving the angle selection information from the multi-angle providing server to generate the angle selection menu data, and providing the angle selection menu data to the mobile broadcasting center; And it provides a system for providing a multi-angle mobile broadcast service comprising a mobile communication network for mediating transmission and reception between the mobile broadcast terminal and the multi-angle providing server.

According to another object of the present invention, in the method for providing a multi-angle mobile broadcasting service, (a) the mobile broadcasting terminal receives the main angle video signal and the angle selection menu data from the mobile broadcasting center to play the main angle video; Making; (b) selecting an additional angle image based on the angle selection menu data in the mobile terminal, and connecting the streaming channel by the mobile terminal and the multi-angle providing server; And (c) processing, by the multi-angle providing server, the selected additional angle image among the additional angle images received from one or more additional angle cameras as streaming image data and transmitting the streamed image data to the mobile broadcasting terminal. It provides a method for providing an angle mobile broadcast service.

As described above, according to the present invention, since the main angle image of the mobile broadcast is provided through the mobile broadcast channel, and one or more additional angle images are provided through the streaming channel of the mobile communication network, in the mobile broadcast with limited broadcast band, There is an effect that can easily provide an angle broadcasting service.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a block diagram showing the configuration of a system for providing a multi-angle mobile broadcast service according to a preferred embodiment of the present invention.

A system according to a preferred embodiment of the present invention is a mobile broadcast terminal 110, a mobile communication network 120, a multi-angle providing server 130, a menu configuration server 140, one or more cameras 150 and a mobile broadcast center 160 ).

The mobile broadcast terminal 110 is a terminal that receives a mobile broadcast signal from the mobile broadcast center 160 and reproduces the mobile broadcast. In the present invention, the mobile broadcast terminal 110 is streamed through the mobile broadcast service and the mobile communication network 120. Digital Multimedia Broadcasting (DMB) phones, Digital Video Broadcasting-Handheld (DVB-H) phones, MediaFLO phones, terminals dedicated to mobile broadcasting services, navigation, and the like that connect channels and receive streaming video data through streaming channels. PMP (Portable Multimedia Player).

In the present invention, when the terminal user selects the corresponding menu of the mobile broadcasting terminal 110 to watch the mobile broadcasting, the mobile broadcasting terminal 110 receives and plays the main angle video signal of the mobile broadcasting from the mobile broadcasting center 160. However, after receiving and storing the angle selection menu data from the mobile broadcasting center 160, the angle selection menu is overlaid on the main angle image and reproduced as shown in 3A of FIG. 3. Here, the main angle image means an image captured by the main angle camera selected by the broadcaster from among the camera angles of the one or more cameras 150, and the angle selection menu selects one of one or more additional angle images and the main angle image. The menu may include additional angle information including an angle description (name) of one or more additional angle cameras and an additional angle camera identification (ID) of the one or more additional angle cameras, and an angle description of the main angle camera and a main angle camera ID. Contains main angle information to include. In FIG. 3, the additional angle information is "pitcher proximity" and "first seat", and the main angle information is "DMB screen".

Meanwhile, when the terminal user selects the first additional angle image, which is one of one or more additional angle images, from the angle selection menu, the mobile broadcasting terminal 110 streams with the multi-angle providing server 130 through the mobile communication network 120. The channel is connected and the first additional angle ID is transmitted to the multi-angle providing server 130. For example, when the terminal user selects "pitcher proximity" as the first additional angle image in 3A, the mobile broadcasting terminal 110 transmits the first additional angle camera ID corresponding to the "pitcher proximity" to the multi-angle providing server 130. Will be sent.

The mobile broadcasting terminal 110 receives and reproduces the first additional angle image data, which is the streaming image data of the first additional angle image, from the multi-angle providing server 130 and streams the first additional angle image data to the first additional angle image as illustrated in FIG. 3B. Play by overlaying the angle selection menu.

In addition, when the terminal user selects a second additional angle image that is another additional angle image other than the first additional angle image from the angle selection menu, the mobile broadcasting terminal 110 provides the second additional angle camera ID to the multi-angle providing server 130. ) To receive the second additional angle image data, which is the streaming image data of the second additional angle image, through the streaming channel connected to the multi-angle providing server 130, and to reproduce the streaming, as shown in 3C of FIG. 3. 2 Play the video by overlaying the angle selection menu on the additional angle video.

When the terminal user selects an additional angle image other than the first additional angle image and the second additional angle image from the angle selection menu, the mobile broadcasting terminal 110 may reproduce the second additional angle image being reproduced in the same manner as the other additional angle. Play streaming by changing to video.

Meanwhile, when the terminal user selects the main angle image from the angle selection menu while the mobile broadcasting terminal 110 is playing the additional angle image, the mobile broadcasting terminal 110 connects to the streaming channel with the multi-angle providing server 130. Then, after receiving the main angle video signal of the mobile broadcast from the mobile broadcasting center 160 to reproduce the main angle video overlaying the angle selection menu as shown in 3A of FIG.

The mobile communication network 120 includes a CDMA 2000 network, a wideband code division multiple access (W-CDMA) network, an IS-95 network, a global system for mobile communication (GSM) network, a Wibro network, and future implementations. It includes any one of the next-generation mobile communication network including a fourth generation mobile communication network, and the like, the data transmission and reception between the mobile broadcasting terminal 110 and the multi-angle providing server 130, that is, the mobile broadcasting terminal 110 and the multi-angle providing server Provides a streaming channel connected between the 130.

The multi-angle providing server 130 receives a main angle image and one or more additional angle images from one or more cameras 150. Here, the multi-angle providing server 130 may receive a main angle image and one or more additional angle images through a wired network (not shown) including a broadcast satellite (not shown) or an internet network.

The multi-angle providing server 130 includes additional angle information including the angle description (name) of the one or more additional angle cameras and the identification of the additional angle cameras and the angle description and the main angle of the main angle camera. Generate angle selection information including main angle information including a camera ID, that is, additional angle information for identifying one or more additional angle images and main angle information for identifying a main angle image, and transmit the same to the menu configuration server 140. do.

The multi-angle providing server 130 connects the streaming channel with the mobile broadcasting terminal 110 and processes the additional angle image selected from the mobile broadcasting terminal 110 based on the angle selection menu data as the streaming image data. 110).

In other words, when the multi-angle providing server 130 receives the first additional angle camera ID from the mobile broadcasting terminal 110 which is playing the main angle image, the multi-angle providing server 130 transmits the first additional angle image data through the streaming channel to the mobile broadcasting terminal 110. If the second additional angle camera ID is received through the streaming channel while the first additional angle image data is transmitted to the mobile broadcasting terminal 110, the transmission of the first additional angle image data is stopped, and the second additional angle image data is transmitted. The angle image data is transmitted to the mobile broadcasting terminal 110. Here, the second additional angle image data is transmitted through a streaming channel previously connected to the mobile broadcasting terminal 110.

Meanwhile, when the main angle image is selected from the angle selection menu of the mobile broadcasting terminal 110 while transmitting the additional angle image to the mobile broadcasting terminal 110, the multi-angle providing server 130 may stream with the mobile broadcasting terminal 110. Disconnect the channel.

The menu configuration server 140 receives angle selection information including the main angle information and the additional angle information from the multi-angle providing server 130 to generate angle selection menu data, and generates angle selection menu data to the mobile broadcasting center 160. Send it. Here, the menu configuration server 140 generates angle selection menu data using Binary Format for Scene (BIFS), Light Application Scene Representation (LASeR), Java Applet, and the like.

The one or more cameras 150 are located at different places in the stadium including the baseball field and the soccer field, respectively, to capture different angle images.

In the present invention, the one or more cameras 150 include a main angle camera for photographing the main angle image and one or more additional angle cameras for photographing the additional angle image.

The at least one camera 150 captures a main angle image and at least one additional angle image and transmits the same to the multi-angle providing server 130.

In addition, the one or more cameras 150 transmits the main angle image to the mobile broadcasting center 160.

Here, in order to transmit the main angle image and the at least one additional angle image photographed by the at least one camera 150 to the multi-angle providing server 130 or the mobile broadcasting center 160, generally, the at least one camera 150 is photographed. After collecting one main angle image and one or more additional angle images in the relay vehicle, the relay vehicle transmits the main angle image and one or more additional angle images to the multi-angle providing server 130 or the mobile broadcasting center 160 through a broadcast satellite, or It transmits to the multi-angle providing server 130 or the mobile broadcasting center 160 through a wired network including the internet network.

The mobile broadcasting center 160 receives the main angle image from the main camera and converts the main angle image signal into a main angle image signal, which is a mobile broadcast signal compressed and modulated into a digital signal, and converts the main angle image signal into a transmitter (not shown) or a mobile broadcast satellite ( And transmits the angle selection menu data to the mobile broadcasting terminal 110 through a data broadcasting channel. Here, the mobile broadcast satellite includes a DMB satellite.

2 is a block diagram schematically illustrating an internal configuration of a multi-angle providing server according to an exemplary embodiment of the present invention.

Multi-angle providing server 130 according to a preferred embodiment of the present invention is a memory unit 210, streaming processing unit 220, multi-angle information generating unit 230, communication unit 240, angle image receiving unit 250 and the control unit 260.

The memory unit 210 stores a driving program of the multi-angle providing server 130.

The streaming processor 220 converts an angle image corresponding to an angle ID transmitted from the mobile broadcasting terminal 110 into streaming image data under the control of the controller 260, that is, converts the first additional angle image to the first additional angle image data. The second part performs the function of processing the angle image as the second additional angle image data.

The multi-angle information generator 230 generates main angle information and additional angle information.

The communication unit 240 is a network interface connecting the communication path between the external device and the multi-angle providing server 130 to provide a data transmission / reception function with the mobile broadcasting terminal 110, that is, the communication unit 240 controls the control unit 260. The first additional angle image data or the second additional angle image data is transmitted to the mobile broadcasting terminal 110.

The angle image receiver 250 receives a main angle image and one or more additional angle images from one or more cameras 150. Here, the angle image receiver 250 may receive a main angle image and one or more additional angle images through a broadcast satellite (not shown) or a wired network.

The controller 260 performs a function of controlling the overall functions of the multi-angle providing server 130 by executing and controlling a driving program stored in the memory 210.

In the present invention, the control unit 260 performs a control for connecting a streaming channel with the mobile broadcast terminal 110, and performs a control for providing the angle selection information to the mobile broadcast terminal (110). That is, when the control unit 160 performs the control for transmitting the angle selection information to the menu configuration server 140, the menu configuration server 140 generates an angle selection menu including the angle selection information to the mobile broadcast center 160 ), And the mobile broadcast terminal 110 receives the angle selection menu data by receiving the angle selection menu data from the mobile broadcasting center 160.

In addition, the controller 260 processes the additional angle image selected from the mobile broadcasting terminal 110 as streaming image data based on the angle selection information included in the angle selection menu data, and transmits the additional angle image to the mobile broadcasting terminal 110. Perform control.

In other words, when the control unit 260 receives the first additional angle camera ID through the communication unit 240, the controller 260 may correspond to the first additional angle camera ID among the main angle image and the one or more additional angle images received by the angle image receiver 250. The first additional angle image is transmitted to the streaming processor 220 to process the first additional angle image as the first additional angle image data, and then the first additional angle image data is transmitted to the mobile broadcasting terminal 110 through the communication unit 240. Perform control to transmit to

In addition, if another additional angle image is selected in the mobile broadcasting terminal 110 while performing control for transmitting the first additional angle image data to the mobile broadcasting terminal 110, that is, the communication unit 240 is connected to the communication unit 240. When receiving the second additional angle camera ID received through the control, the control for transmitting the first additional angle image is stopped, and corresponds to the second additional angle camera ID among one or more additional angle images received by the angle image receiver 250. In order to transmit the second additional angle image, the second additional angle image is processed as the second additional angle image data, which is streaming image data, and the control is performed for transmission to the mobile broadcasting terminal 110. Here, the second additional angle image is processed by the streaming processor 220 as the second additional angle image data, and is transmitted to the mobile broadcasting terminal 110 through the communication unit 240.

On the other hand, when the main angle image is selected from the angle selection menu of the mobile broadcasting terminal 110 playing the second additional angle image, the controller 260 performs a control for releasing a streaming channel connection with the mobile broadcasting terminal 110. do.

Although the present invention has been described that the streaming processor 220 performs a function of converting an angle image corresponding to an angle ID transmitted from the mobile broadcasting terminal 110 into streaming data and transmitting the same to the mobile broadcasting terminal 110, but the present invention In actual application, the streaming processing unit 220 may perform the function of the mobile streaming server, which is a server that provides a mobile video on demand (VOD) service for watching various videos in the mobile communication terminal. In this case, the mobile streaming server may receive the angle selection menu data from the menu configuration server 140 and transmit the angle selection menu data to the mobile broadcasting terminal 110, connect the streaming channel with the mobile broadcasting terminal 110, and connect the first additional angle ID. Receives and transmits to the multi-angle providing server 130, converts the first additional angle image received from the multi-angle providing server 130 to the first additional angle image data to the mobile broadcast terminal 110 through a streaming channel send.

4 is a flowchart illustrating a process of providing a multi-angle mobile broadcast service according to a preferred embodiment of the present invention.

When the terminal user selects the corresponding menu of the mobile broadcasting terminal 110 to watch the mobile broadcasting, the mobile broadcasting terminal 110 receives and plays the main angle video signal from the mobile broadcasting center 160, but the mobile broadcasting center ( In step 160, the angle selection menu data is received and stored, and the angle selection menu is overlaid on the main angle image and reproduced (S405 and S410). Here, the angle selection menu data is generated by the menu configuration server 140 receiving angle selection information from the multi-angle providing server 130, and the mobile broadcasting center 160 receives the angle selection menu from the menu configuration server 140. To the mobile broadcast terminal 110.

When the terminal user selects the first additional angle image, which is one of the one or more additional angle images, from the angle selection menu, the mobile broadcasting terminal 110 and the multi-angle providing server 130 access the streaming channel through the mobile communication network 120. The multi-angle providing server 130 receives the first additional angle camera ID from the mobile broadcasting terminal 110 (S415, S420, and S425).

The multi-angle providing server 130 receiving the first additional angle camera ID transmits the first additional angle image data corresponding to the first additional angle camera ID to the mobile broadcasting terminal 110 (S430). Here, the mobile broadcasting terminal 110 reproduces the angle selection menu by overlaying the first additional angle image.

When the mobile station terminal 110 is streaming and playing the first additional angle image, when the terminal user selects the second additional angle image, which is one of one or more additional angle images except the first angle, from the angle selection menu, The angle providing server 130 receives the second additional angle camera ID through a streaming channel connected to the mobile broadcasting terminal 110 (S435, S440, S445).

Upon receiving the second additional angle camera ID, the multi-angle providing server 130 stops the transmission of the first additional angle image data and transmits the second additional angle image data to the mobile broadcasting terminal 110 (S450). Here, the mobile broadcasting terminal 110 reproduces the angle selection menu by overlaying the second additional angle image.

When the terminal user selects the main angle image from the angle selection menu while the mobile broadcasting terminal 110 is playing the second additional angle image, the mobile broadcasting terminal 110 and the multi-angle providing server 130 establish a connection with the streaming channel. The mobile broadcast terminal 110 receives the main angle video signal from the mobile broadcast center 160 and reproduces it (S455, S460, S465).

According to the present invention, after the multi-angle providing server 130 transmits the second additional angle image data to the mobile broadcasting terminal 110, the mobile broadcasting terminal 110 and the multi-angle providing server 130 release the streaming channel connection. However, if the present invention is actually applied, the terminal user may change the angle video data currently streamed and reproduced by the mobile broadcasting terminal 110 to another angle video data, and perform steps S425 to S440 in the angle selection menu. The number of times of changing the additional angle may be performed.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, the present invention is applied to the field of mobile broadcasting services, and the broadcast band is provided because the main angle video of the mobile broadcast is provided through the mobile broadcast channel, and the one or more additional angle videos are provided through the streaming channel of the mobile communication network. In this limited mobile broadcast, it is a very useful invention for generating the effect of easily providing a multi-angle broadcast service.

1 is a block diagram showing the configuration of a system for providing a multi-angle mobile broadcast service according to an embodiment of the present invention;

2 is a block diagram schematically showing the internal configuration of a multi-angle providing server according to an embodiment of the present invention;

3 is an exemplary diagram of a multi-angle mobile broadcast service according to a preferred embodiment of the present invention;

4 is a flowchart illustrating a process of providing a multi-angle mobile broadcast service according to a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

110: mobile broadcast terminal 120: mobile communication network

130: multi-angle providing server 140: menu configuration server

150: one or more cameras 160: mobile broadcasting center

210: memory unit 220: streaming processing unit

230: multi-angle information generation unit 240: communication unit

250: angle image receiving unit 260: control unit

Claims (10)

A server for providing an additional angle image to a mobile broadcasting terminal, An angle image receiving unit configured to receive a main angle image photographed by the main angle camera and an additional angle image photographed by the one or more additional angle cameras; A multi-angle information generation unit configured to generate angle selection information including additional angle information for identifying the received additional angle image and main angle information for identifying the main angle image; Performing control for providing the generated angle selection information to the mobile broadcasting terminal, processing the additional angle image selected from the mobile broadcasting terminal as streaming image data based on the provided angle selection information, and transmitting the streaming angle data to the mobile terminal; A control unit for performing control for the control unit; A streaming processor configured to process the selected additional angle image as streaming image data under the control of the controller; And Communication unit for providing data transmission and reception function with the mobile broadcasting terminal Server for providing a multi-angle mobile broadcast service, characterized in that it comprises a. The method of claim 1, And when the main angle image is selected based on the angle selection information from the mobile broadcasting terminal, the controller performs a control for releasing a streaming channel connection. The method of claim 1, The angle selection information is transmitted to a menu configuration server, generated as angle selection menu data in the menu configuration server, and then provided to the mobile broadcasting terminal through a mobile broadcasting center for providing a multi-angle mobile broadcasting service. server. In the system for providing a mobile broadcast service, A main angle camera for photographing and transmitting a main angle image and one or more additional angle cameras for photographing and transmitting a supplementary angle image; A mobile broadcasting center receiving the photographed main angle image and transmitting the received main angle image to a mobile broadcasting terminal through a mobile broadcasting satellite or a transmitter, and transmitting the received angle selection menu data to the mobile broadcasting terminal; Receiving one or more additional angle images and the main angle image, generating angle selection information including additional angle information for identifying the one or more additional angle images and main angle information for identifying the main angle image, and A multi-angle providing server connecting a streaming channel to a mobile broadcasting terminal and processing the additional angle image selected from the mobile broadcasting terminal based on the angle selection menu data as streaming image data and transmitting the streaming image data to the mobile broadcasting terminal; A menu configuration server for receiving the angle selection information from the multi-angle providing server to generate the angle selection menu data, and providing the angle selection menu data to the mobile broadcasting center; And A mobile communication network which mediates data transmission and reception between the mobile broadcasting terminal and the multi-angle providing server. System for providing a multi-angle mobile broadcast service comprising a. The method of claim 4, wherein And the mobile broadcast terminal overlays the angle selection menu data on the main angle image or the first additional angle image to reproduce the angle selection menu data. The method of claim 4, wherein The main angle information includes an angle description of the main angle camera and the main angle camera identification, and the additional angle information includes an angle-specific description of the one or more additional angle cameras and an ID for each additional angle camera. A system for providing a multi-angle mobile broadcast service. The method of claim 4, wherein When the main angle image is selected based on the angle selection menu data in the mobile terminal, the mobile broadcasting terminal and the multi-angle providing server provide a multi-angle mobile broadcasting service, wherein the streaming channel is released. System. In the method for providing a multi-angle mobile broadcast service, (a) receiving, by the mobile broadcasting terminal, the main angle video signal and the angle selection menu data from the mobile broadcasting center to play the main angle video; (b) selecting an additional angle image based on the angle selection menu data in the mobile terminal, and connecting the streaming channel by the mobile terminal and the multi-angle providing server; And (c) a multi-angle providing server processing the selected additional angle image from among the additional angle images received from at least one additional angle camera as streaming image data, and transmitting the streamed image data to the mobile broadcasting terminal; Method for providing a multi-angle mobile broadcast service comprising a. The method of claim 8, wherein prior to step (a) (a-1) generating angle selection information from the multi-angle providing server and transmitting the generated angle selection information to a menu configuration server; And (a-2) receiving the angle selection information from the menu configuration server to generate the angle selection menu data, and transmitting the angle selection menu data to the mobile center; Method for providing a multi-angle mobile broadcast service, characterized in that it further comprises. The method of claim 8, (d) if the main angle image is selected from the mobile broadcasting terminal based on the angle selection information, disconnecting the connected streaming channel by the mobile broadcasting terminal and the multi-angle providing server; Method for providing a multi-angle mobile broadcast service, characterized in that it further comprises.

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