KR100965387B1 - Rich media server and rich media transmission system and rich media transmission method - Google Patents

Abstract

Disclosed are a rich media server, a rich media transmission system, and a rich media providing method for resolving obstacles generated when generating rich media. The rich media server of the present invention comprises a media collector configured to collect media from at least one media providing server and at least one media collected by the media collector based on predetermined template information to generate rich media. When the media processing unit and the rich media are requested from the terminal device, the media collecting unit is controlled to collect media corresponding to the request, the at least one collected media is synthesized based on the predetermined template information, and abnormal at the time of synthesis. And a control unit for controlling the rich media processing unit to generate rich media by synthesizing media excluding the abnormal media to maintain a corresponding synthesis region of the abnormal media based on the predetermined template information.

Rich media, media, creation, abnormal

Description

Rich Media Server, Rich Media Delivery System and Rich Media Delivery Method {RICH MEDIA SERVER AND RICH MEDIA TRANSMISSION SYSTEM AND RICH MEDIA TRANSMISSION METHOD}

The present invention relates to a technique for solving a problem that occurs when generating rich media, and more particularly, to the user to effectively recognize the failure generated when generating a rich media consisting of media provided from an external media providing server The present invention relates to a rich media server, a rich media delivery system, and a rich media providing method that can be solved.

Recently, as the technology of wired / wireless internet service has been rapidly developed, various informations are overflowing on the internet. In addition, with the development of information and communication fields such as digital cameras and mobile phones, more various types of media have existed on the Internet. Representative examples of such media include rich media.

Rich media refers to media in the form of multimedia that combines one or more media such as video, audio, photo, animation, text, etc. as individual contents, rather than simple text or a single image. In other words, rich media is a multimedia type media that allows a user to use a plurality of media through one screen by generating a plurality of media as contents and providing them to a user at the same time.

In the general rich media service method for providing such rich media, when a terminal apparatus requests rich media, media for generating rich media corresponding to the rich media is collected from an external media provider to generate rich media and provide it to the terminal apparatus. The user of the terminal device can access the rich media. Recently, as users' interest in such rich media services have increased and their use has increased, the number of media providers providing media used for rich media has increased. As such, as the number of media providers providing media used for rich media increases, the possibility of a failure to collect the desired media from the media provider in the process of collecting media for rich media generation also increases. In other words, there is no response from the media provider sent to collect the media, or the media collected from the media provider may be damaged or broken. It will be increased.

Thus, the conventional rich media service method generates a rich media that includes abnormal media according to a fixed process even if abnormal media exists when collecting the media by generating the media. There is a problem that can provide abnormal rich media to the terminal device that does not solve the problem, eventually receive abnormal rich media from the user's point of view, and also cause confusion because it is not known why the abnormal rich media is played. .

The present invention has been made in view of the above circumstances, and an object of the present invention is to determine a media collecting unit for collecting media from at least one media providing server, and at least one media collected by the media collecting unit. A rich media processing unit for generating rich media by synthesizing based on template information, and controlling the media collection unit to collect media corresponding to the request when the rich media is requested from the terminal device, and determining the collected at least one media. The rich information is synthesized based on the template information, and if there is abnormal media at the time of synthesis, the rich media is generated by synthesizing the media excluding the abnormal media to maintain a corresponding synthesis region of the abnormal media based on the predetermined template information. Control the media processor It is to provide a rich media server comprising the controller.

The present invention was created in view of the above circumstances, and another object of the present invention is to provide a media providing server for providing at least one media, a terminal device for requesting rich media, and at least one media providing server. A media collector configured to collect media from the media, a rich media processor configured to synthesize the at least one media collected by the media collector based on predetermined template information, and to generate rich media, and a media corresponding to a request from the terminal device. And control the media collector to collect the at least one media, and synthesize the collected at least one media based on the determined template information, and if abnormal media exist during synthesis, media other than the abnormal media are based on the determined template information. The corresponding composite of the abnormal media It is to provide a rich media providing system including a rich media server comprising a control unit for controlling the rich media processing unit to generate a rich media by synthesizing to maintain a reverse.

The present invention has been made in view of the above circumstances, and another object of the present invention is to collect at least one media according to the rich media requested from the terminal device from at least one media providing server, and Synthesizing the at least one media based on the predetermined template information; determining whether abnormal media exists during synthesis; and if the abnormal media exists, media other than the abnormal media are included in the predetermined template information. It provides a rich media providing method comprising the step of synthesizing to maintain the corresponding synthesis region of the abnormal media on the basis of the rich media.

According to a first aspect of the present invention for achieving the above object, a rich media server, a media collecting unit for collecting media from at least one media providing server; A rich media processing unit for generating rich media by synthesizing the at least one media collected by the media collector based on predetermined template information; And when the rich media is requested from the terminal device, controlling the media collecting unit to collect media corresponding to the request, synthesizing the collected at least one media based on the determined template information, and abnormal media exists during the synthesis. And a controller configured to control the rich media processor to generate rich media by synthesizing the media excluding the abnormal media to maintain a corresponding synthesis region of the abnormal media based on the predetermined template information.

Preferably, the control unit is configured to generate a rich media by synthesizing the abnormal media guide message indicating the presence of the abnormal media on one region of the rich media screen according to the rich media, if the abnormal media is present during synthesis. The rich media processor may be controlled.

Preferably, the control unit, if the abnormal media is present at the time of synthesis, the abnormal media guide message is synthesized in the corresponding synthesis region of the abnormal media to display in the corresponding playback region of the abnormal media of the rich media screen rich media The rich media processing unit may be controlled to generate a.

Preferably, the rich media processing unit may pre-store the guide message information for generating the abnormal media guide message.

Preferably, the control unit may control the media collection unit to re-request the abnormal media to collect the abnormal media to the media providing server for providing the abnormal media, if the abnormal media is present during synthesis.

Preferably, the control unit, the rich media processing unit to process the media corresponding to the abnormal media collected in accordance with the re-request to be reproduced on the playback area of the rich media screen in accordance with the add scene (add scene) method Can be controlled.

Preferably, the media collector may pre-store a path for accessing a corresponding media providing server for collecting media corresponding to the request through structured configuration information in the form of RSS (RDF Site Summary).

Preferably, the abnormal media may include media corresponding to a case in which there is no response from the corresponding media providing server that requested media for collection, and media in which the response exists but is determined to be damaged.

Rich media delivery system according to a second aspect of the present invention for achieving the above object, a media providing server for providing at least one media; A terminal device for requesting rich media; And a media collector configured to collect media from at least one media providing server, a rich media processor configured to synthesize the at least one media collected by the media collector based on predetermined template information to generate rich media, and the terminal apparatus. The media collecting unit is controlled to collect media corresponding to a request from the media. The media collecting unit is configured to synthesize at least one of the collected media based on the predetermined template information. And a rich media server including a control unit configured to control the rich media processing unit to generate a rich media by synthesizing to maintain a corresponding synthesis region of the abnormal media based on the determined template information.

Preferably, the control unit, if the abnormal media is present at the time of synthesis, the abnormal media guide message indicating the presence of the abnormal media to display on the corresponding playback area of the abnormal media of the rich media screen according to the rich media The rich media processing unit may be controlled to generate rich media by synthesizing to a corresponding synthesis area of media.

Preferably, the control unit controls the media collection unit to re-request and collect the abnormal media to the media providing server for providing the abnormal media, if the abnormal media is present during synthesis, and collected according to the re-request The rich media processing unit may be controlled to process the media corresponding to the abnormal media to be reproduced by being superimposed on the corresponding play area of the rich media screen according to an add scene method.

Preferably, the media collector may pre-store a path for accessing a corresponding media providing server for collecting media corresponding to the request through structured configuration information in the form of RSS (RDF Site Summary).

Preferably, the abnormal media may include media corresponding to a case in which there is no response from the corresponding media providing server that requested media for collection, and media in which the response exists but is determined to be damaged.

A rich media providing method according to the third aspect of the present invention for achieving the above object comprises the steps of: collecting at least one media from the at least one media providing server according to the rich media requested from the terminal device; Synthesizing the collected at least one media based on predetermined template information; Determining whether abnormal media exist in the synthesis; And generating rich media by synthesizing the media excluding the abnormal media to maintain a corresponding synthesis region of the abnormal media based on the predetermined template information, if the abnormal media exists.

Preferably, the step of generating the rich media by synthesizing to maintain the corresponding synthesis region, if the abnormal media is present, an abnormal media guide message indicating the presence of the abnormal media is one of the rich media screen according to the rich media. Rich media can be created by compositing to be displayed in the area.

Preferably, the step of synthesizing to maintain the corresponding synthesis region to generate the rich media includes: if the abnormal media exists, the abnormal media guide message is displayed on the corresponding play area of the abnormal media of the rich media screen. Rich media may be generated by synthesizing to a corresponding synthesis region of abnormal media.

Preferably, if the abnormal media is present, the method may further include requesting and collecting the abnormal media to a corresponding media providing server providing the abnormal media.

Preferably, the method may further include the step of processing the media corresponding to the abnormal media collected according to the re-request to be reproduced on the rich playback screen of the rich media screen according to an add scene method.

Preferably, the collecting of the media may include storing a path for connecting to a corresponding media providing server for collecting media corresponding to the request through structured configuration information in the form of RSS (RDF Site Summary). It may include.

Preferably, the abnormal media may include media corresponding to a case in which there is no response from the corresponding media providing server that requested media for collection, and media in which the response exists but is determined to be damaged.

Accordingly, according to the rich media server, the rich media transmission system, and the rich media providing method of the present invention, when abnormal media exists among media collected from various external media providing servers to construct the rich media, the abnormal media is synthesized. By providing the terminal device with the rich media which maintains the abnormal play area of the abnormal media or the rich media including the abnormal media guide message in the play area of the abnormal media, the user recognizes the presence of the abnormal media and the rest is normal. Rich media composed of media can be provided to the user normally, and by re-collecting abnormal media and additionally providing them to the terminal device in an ad scene, the user can provide the normal whole rich media to the user. Rich accessories to provide the media, or may be abnormal Rich Media solve the problems encountered confusion caused no known cause that is played effectively.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a block diagram showing a rich media transmission system according to an embodiment of the present invention. As shown in FIG. 1, the rich media transmission system includes a terminal device 10 that requests rich media, and a rich media server 100 that generates rich media and provides the rich device to the terminal device 10 through the network 1. And at least one media providing server (101, 102 ... N) for providing media for generating rich media corresponding to the request. Here, the terminal device 10 may be a wireless terminal device or a wired terminal device. That is, the network 1 may also be a wireless communication network or a wired communication network. In addition, although FIG. 1 illustrates a single terminal device 10, there are a plurality of terminal devices 10 that can be connected to the rich media server 100 through the network 1.

As shown in FIG. 1, the terminal device 10 includes a terminal-side interfacing unit 12, a processing unit 14, a playback unit 15, and a terminal-side control unit 16.

The terminal-side interfacing unit 12 serves as a communication unit for communicating with the rich media server 100 via the network 1. The terminal-side interface unit 12 may be a configuration corresponding to the interface unit 20 of the rich media server 100.

The reproducing unit 15 is a function unit for reproducing rich media including respective media. The reproducing unit 15 includes a display unit for displaying an image according to rich media, a sound output unit for outputting sound according to rich media, and a rich media. It may include at least one of the vibration unit for the vibration output according to.

The processor 14 decodes and processes each media included in the rich media in order to output the rich media received from the rich media server 100 to the playback unit 15 through the terminal-side interfacing unit 12. General processing is performed to synthesize each media into one rich media.

The terminal side controller 16 requests the rich media server 100 to request rich media and controls the processor 14 and the playback unit 15 to process the received rich media.

In more detail, the terminal device 10 pre-stores its own user identification information (eg, a product code number or a terminal device phone number or playback unit 17 specification information, etc.). When the rich media server 100 requests the rich media, the terminal controller 16 may provide its user identification information to the rich media server 100.

The terminal-side control unit 16 controls the processing unit 14 and the playback unit 15 to receive the rich media provided from the rich media server 100 and to play them in the playback unit 15 in response to a request. Accordingly, the rich media is played, so that the rich media screen is displayed through the playback unit 15 and the rich media sound is output through the playback unit 15.

In addition, when a predetermined media corresponding to an add scene processed to be reproduced on the rich media screen is provided from the rich media server 100, the terminal-side control unit 16 adds the add scene to the rich media screen being played. The processing unit 16 and the playback unit 17 are controlled such that the predetermined media corresponding to the (add scene) is reproduced at the corresponding position.

The media providing servers 101, 102... N are servers for providing the media requested by the rich media server 100 for generating the rich media requested by the terminal device 10. 101), the second media providing server (102) ... each of the N-th media providing server (N) has at least one different media, the rich media server according to the request of the rich media server (100) Provided by 100.

As illustrated in FIG. 1, the rich media server 100 includes an interface 20, a rich media processor 40, a media collector 50, and a controller 60.

The interfacing unit 20 serves as a communication unit for communicating with the terminal device 10 requesting rich media. Such an interfacing unit 20 may be a configuration corresponding to the terminal-side interfacing unit 12.

The media collecting unit 50 is a collecting unit which collects media from at least one media providing server 101, 102..., N under the control of the control unit 60. The media collection unit 50 preferably includes a media DB 55 storing the collected media, and in order to collect media corresponding to a request under the control of the control unit 60, RSS (RDF Site Summary) Through the structured configuration information in the form of) to the corresponding media providing server (for example, at least one of the first media providing server 101, the second media providing server 102, the N-th media providing server (N)). It is desirable to pre-store the path for access and the collection method for collecting the media. Here, the media collection unit 50 is connected to the media providing server (for example, at least one of the first media providing server, the second media providing server 102, the Nth media providing server (N) 101). Whatever it is, it is applicable in any connection method which can connect to an external server, such as a wired connection or a wireless connection.

The media DB 70 stores at least one media collected to provide rich media corresponding to a request of the terminal device 10. Here, the stored media may have various forms such as scalable video, selective video produced in various encoding standards, still images, animation, audio, text, and the like. In addition, the media DB 70 may pre-store minimum specification information of the terminal device that can be played for each stored media.

The rich media processor 40 synthesizes at least one media collected by the media collector 50 based on the predetermined template information and encodes the rich media into rich media to generate rich media.

In more detail, the rich media processor 40 synthesizes at least one media stored in the media DB 55, that is, collected by the media collector 50, based on the template information determined by the controller 60. Rich media is generated by encoding the rich media and outputted to the interfacing unit 20 to provide the rich media to the terminal device 10.

Here, the rich media processor 40 may include various types of template information for displaying the media on one rich media screen. Accordingly, when the rich media processing unit 40 generates the rich media screen according to the media corresponding to the rich media requested by the terminal device 10, the rich media processor 40 considers the number of media corresponding to the requested rich media and the nature of the media. The template information selected by the control unit 60 or the portion that the control unit 60 changes according to the specification information of the playback unit 17 of the terminal device 10 based on the user identification information. Accordingly, rich media may be generated by configuring rich media.

Then, the rich media processing unit 40 synthesizes the media excluding the abnormal media to maintain the corresponding composite area of the abnormal media based on the determined template information under the control of the controller 60 which determines that the abnormal media exists. Create That is, the rich media processing unit 40 does not synthesize abnormal media when synthesizing the media on the basis of the template information, if there are abnormal media among a plurality of media for constituting the requested rich media. The region is synthesized so as to maintain the rich media, and the play area of the abnormal media is left blank on the rich media screen according to the rich media.

In addition, the rich media processing unit 40 corresponds to abnormal media and displays the media collected through the media collection unit 50 according to the re-request of the controller 60 to be described later according to an add scene method. It may be outputted to the interfacing unit 20 to provide the terminal apparatus 10 to be reproduced by being superimposed on the corresponding reproduction region of the. That is, the rich media processing unit 40 is a media (processed to be re-collected in response to abnormal media) that is processed to be overlaid on the corresponding playback area corresponding to the abnormal media emptied on the rich media screen being played on the terminal device 10. May be processed to be provided to the terminal device 10 in the form of an add scene and output to the interfacing unit 20.

In addition, the rich media processing unit 40 preferably stores preliminary message information for generating an abnormal media guide message indicating the presence of abnormal media. Thus, the rich media processing unit 40, if there is abnormal media when synthesizing the media based on the predetermined template information, under the control of the control unit 60 abnormal media guide message to inform the presence of the abnormal media according to the rich media Rich media can be created by composing them to be displayed on one area of the rich media screen. In particular, the rich media processing unit 40 may generate the rich media by synthesizing the abnormal media guide message to the corresponding synthesis region of the abnormal media so that the abnormal media guide message is displayed in the corresponding playback region of the abnormal media of the rich media screen.

The rich media processor 60 processes at least one media corresponding to a request from the terminal device 10, that is, at least one media collected by the media collector 50 stored in the media DB 55. In order to provide the media processing unit and at least one media output from the media processing unit to the terminal device 10, a rich media encoding unit which synthesizes / encodes the rich media and outputs the rich media encoding unit to the interfacing unit 20.

When the rich media is requested from the terminal device 10, the controller 60 controls the media collector 50 to collect media corresponding to the request, and synthesizes the collected at least one media based on the predetermined template information. If the abnormal media is present during synthesis, the rich media processing unit 40 is controlled to generate rich media by synthesizing the media excluding the abnormal media to maintain the corresponding synthesis region of the abnormal media based on the predetermined template information. The interface unit 20 is controlled to provide the rich media to the terminal device 10.

In more detail, when the rich media is requested from the terminal device 10 and the user identification information is input, the controller 60 supplies at least one media corresponding to the requested rich media to a corresponding media providing server (eg, The media collection unit 50 is controlled to collect media by connecting to at least one of the first media providing server 101 and the second media providing server 102. The controller 80 acquires the terminal based on minimum specification information for each of the media collected and stored in the media DB 55 and user identification information (eg, a phone number) input from the terminal device 10. Compare the information. The controller 60 determines whether the terminal device 10 can play the requested rich media and selects playable media.

In addition, the control unit 60 determines template information in consideration of the number of media and the characteristics of the media corresponding to the rich media requested from the terminal device 10, and extracts the selected media from the media collection unit 50. The rich media processing unit 40 is controlled to synthesize based on the determined template information.

Here, the controller 60 determines whether abnormal media exists when synthesizing the media based on the template information determined by the rich media processing unit 40, and if the abnormal media exists, media other than the abnormal media are abnormal media. The rich media processing unit 40 is controlled to generate a rich media by synthesizing to maintain a corresponding synthesis region of the. That is, if abnormal media exists among a plurality of media for constituting the requested rich media, the media is not synthesized when synthesizing the media based on the predetermined template information, but synthesized to maintain the corresponding synthesis region of the abnormal media. The rich media processing unit 40 is controlled so as to generate a, so that the play area of the abnormal media is left empty on the rich media screen according to the rich media. In this case, the controller 60 determines that the abnormal media includes media corresponding to a case where a response does not exist from at least one of the media providing servers 101, 102. In the case of media which exists but is judged to be damaged, it is desirable to determine that the media is abnormal. Here, the controller 60 may determine that the media is damaged when it is determined that the collected media is in a non-reproducible state or when some data of the media is lost during the collection process.

Therefore, referring to FIG. 4, in the playback unit 15 of the terminal device 10 receiving the rich media, three normal media of the media constituting the normal rich media (for example, four) are respectively listed. The rich media screen which is normally played back in the playback areas 4a, 4b, 4c, and which is played with the abnormal media, is made empty (the state in which the guide message 5 of FIG. 4 is not displayed). 4) can be reproduced.

Then, the control unit 60 controls the media collection unit 50 to request normal media again to collect the normal media to the media providing server that provides the abnormal media. When the media corresponding to the abnormal media are normally collected, the control unit 60 processes the media to be played on the rich media screen to be reproduced according to an add scene method to the terminal device 10. The rich media processing unit 40 is controlled to output to the interfacing unit 20 to provide. That is, the control unit 60 adds the media (re-collected media corresponding to the abnormal media) processed to be reproduced on the terminal device 10 to be overlaid on the corresponding playback area corresponding to the abnormal media emptied on the rich media screen being played. The rich media processing unit 40 may be controlled to process the output to the interfacing unit 20 to provide the terminal apparatus 10 in the form of an add scene.

Referring to FIG. 4, in the playback unit 15 of the terminal device 10 that receives the rich media and plays the rich media screen 4, the media (above the playback area 4c of the abnormal media emptied) 4c ': the media re-collected corresponding to the abnormal media may be reproduced in the form of an add scene so that the normal rich media screen 4' may be reproduced.

Accordingly, according to the rich media providing system of the present invention, if abnormal media exists among media collected from various external media providing servers for constituting rich media, the playback region of the abnormal media is empty without compositing the abnormal media. By providing rich media to the terminal device, the user can recognize the presence of abnormal media to the user while providing the rich media consisting of the remaining normal media to the user and re-collect the abnormal media to add to the terminal device in an ad scene. By providing it, it is possible to provide a user with a normal full rich media.

In addition, the controller 60 controls the rich media processing unit 40 to generate an abnormal media guide message informing of the presence of abnormal media, if abnormal media is present. The rich media processing unit 40 may be controlled to generate a rich media by synthesizing the abnormal media guide message in the corresponding play area of the media. That is, if there is abnormal media among the plurality of media for constituting the requested rich media, when the media are synthesized based on the predetermined template information, the abnormal media guide message is synthesized in the corresponding synthesis region of the abnormal media without compositing the abnormal media. By controlling the rich media processing unit 40 to generate rich media, an abnormal media guide message is displayed in the play area of the abnormal media on the rich media screen according to the rich media.

Thus, as shown in FIG. 4, in the playback unit 15 of the terminal device 10 receiving the rich media, three normal media of the media (eg, four) constituting the normal rich media are the respective playback regions. The rich media screen 4 on which the guide message 5 corresponding to the abnormal media guide message is played may be played in the playback area 4c, which is normally played back on (4a, 4b, 4c) and plays the abnormal media.

In addition, the control unit 60 controls the media collecting unit 50, and when the media corresponding to the abnormal media are normally collected, the media is superimposed on the corresponding playback area of the rich media screen according to an add scene method. The rich media processing unit 40 is controlled to output to the interfacing unit 20 for processing to be reproduced and provided to the terminal device 10. Accordingly, as shown in FIG. 4, the playback unit 15 of the terminal device 10 that receives the rich media and plays the rich media screen 4 plays the guide message 5 corresponding to the abnormal media guide message. The media 4c '(the media re-collected corresponding to the abnormal media) is reproduced in the form of an add scene so that the normal rich media screen 4' can be reproduced.

Accordingly, according to the rich media providing system of the present invention, if abnormal media exists among media collected from various external media providing servers to construct the rich media, the abnormal media is not reproduced in the play area of the abnormal media without synthesizing the abnormal media. By providing the rich media including the guide message to the terminal device, the user is aware of the presence of abnormal media, and the user is provided with the rich media composed of the remaining normal media to the user, and the abnormal media is recollected to the terminal device in an ad scene. By providing in addition to this, it is possible to provide a user with a normal full rich media.

Here, in the above-described embodiment of the present invention, the configuration of the media collection unit 50 and the rich media processing unit 40 is separated separately, but may be implemented in one unit.

Hereinafter, an embodiment of the rich media providing method of the present invention configured as described above with reference to FIG. 2 will be briefly described. Here, for the convenience of description, the configuration shown in FIG. 1 described above will be described with reference to the corresponding reference numerals. In addition, for convenience of description, a plurality of media providing servers such as the first media providing server 101, the second media providing server 102, the N-th media providing server N, and the like, may be provided. It will be described as described.

First, in order to collect media corresponding to a request under the control of the controller 60, the rich media server 100 corresponds to one of the media providing servers N through structured configuration information in the form of RDF Site Summary (RSS). The path for accessing the media providing server and the collection method for collecting the media are stored in advance (S1).

When the terminal device 10 requests the rich media (S2), the rich media server 100 selects the template information of the rich media (S3), and controls the media collector 50 to the requested rich media. At least one of the media is connected to the media providing server (S4) to collect the media (S5). Thus, in synthesizing / processing the collected media, the rich media server 100 determines whether abnormal media exist (S6). Herein, the rich media server 100 determines that the media is abnormal, the media corresponding to the case where there is no response from the corresponding media providing server that requested the media to be collected, and the response exists but is judged to be abnormal because it is damaged. In the case of media, it is preferable to determine this media as abnormal media.

If the abnormal media does not exist, the rich media server 100 controls the rich media processing unit 40 to generate rich media by synthesizing all normal media based on the predetermined template information (S9). The rich media server 100 provides the generated rich media to the terminal device 10 (S8). Accordingly, the terminal device 10 will play a normal rich media screen composed of all normal media (S11). As a result, a failure that an abnormal media exists does not occur, so that a normal rich media is generally generated and can be provided to a user through the terminal device 10.

On the other hand, if there is abnormal media in step S6, the rich media server 100 controls the rich media processing unit 40, to synthesize the media except the abnormal media to maintain the corresponding composite area of the abnormal media to generate rich media (S7). That is, when the media are synthesized based on the predetermined template information, the rich media processing unit 40 is controlled to generate the rich media by synthesizing the abnormal media but maintaining the corresponding synthesis region of the abnormal media, and according to the rich media. Leave the playback area of abnormal media blank on the rich media screen. The rich media server 100 provides the generated rich media to the terminal device 10 (S8). Accordingly, the terminal device 10 will play the rich media screen having the configuration in which the play area of the abnormal media is kept empty (S11).

In addition, the rich media server 100 controls the media collecting unit 50 to re-request the abnormal media to the corresponding media providing server providing the abnormal media to collect the normal media (S12). Accordingly, the rich media server 100 controls the rich media processing unit 40 when the media corresponding to the abnormal media are normally collected, and superimposes the media on the corresponding playback area of the rich media screen according to an add scene method. The process is to be reproduced (S13), and the processed media, that is, an add scene is provided to the terminal device 10 (S14).

Therefore, the terminal device 10 adds to the corresponding play area corresponding to the emptied abnormal media on the rich media screen being played and media corresponding to the provided add scene (re-collected media corresponding to the abnormal media) are overlapped. It is reproduced (S15). Accordingly, the user is provided with the normal rich media full screen including all normal media.

As described above, according to the method for providing rich media according to the present invention, if abnormal media exists among media collected from various external media providing servers in order to configure rich media, abnormal media may not be synthesized. By providing rich media to the terminal device that keeps the play area empty, the user is aware of the presence of abnormal media and provides the rich media composed of the rest of the normal media to the user, and collects the abnormal media and adds the ad scene. By additionally providing to the terminal device, it is possible to provide a normal full rich media to the user.

In addition, with reference to Figure 3, another embodiment of the rich media providing method of the present invention will be described briefly.

First, the rich media server 100 'is configured to collect a path and a method of collecting media through the structured configuration information in the form of RSS (RDF Site Summary). Store (S1 ').

When the terminal apparatus 10 requests the rich media (S2 '), the rich media server 100' selects template information of the rich media (S3 '), and at least one media corresponding to the requested rich media. Connect to the media providing server (S4 ') to collect the media (S5'). Accordingly, in synthesizing / processing the collected media, the rich media server 100 ′ determines whether abnormal media exists (S6 ′).

If the abnormal media does not exist, the rich media server 100 'controls the rich media processing unit 40 to generate rich media by synthesizing all normal media based on the predetermined template information (S9'). In addition, the rich media server 100 ′ provides the generated rich media to the terminal device 10 (S8 ′). Thus, in the terminal device 10, a normal rich media screen composed of all normal media will be played (S11 '). As a result, a failure that an abnormal media exists does not occur, so that a normal rich media is generally generated and can be provided to a user through the terminal device 10.

On the other hand, if there is abnormal media in step S6 ', the rich media server 100' controls the rich media processing unit 40 to generate an abnormal media guide message to inform the presence of the abnormal media, the corresponding of the abnormal media The media is synthesized so that an abnormal media guide message is displayed in the play area (S7 '). That is, when the media are synthesized based on the predetermined template information, the rich media processing unit 40 is controlled to generate the rich media by synthesizing the abnormal media guide message to the corresponding synthesis region of the abnormal media, instead of synthesizing the abnormal media. The abnormal media guide message is displayed in the play area of the abnormal media on the rich media screen according to the media. In addition, the rich media server 100 ′ provides the generated rich media to the terminal device 10 (S8 ′). Accordingly, the terminal device 10 will play the rich media screen having the configuration in which the abnormal media guide message is played in the playback area of the abnormal media (S11 ').

Although not shown in FIG. 3, steps S12, S13, S14, and S15 of FIG. 2 may also be performed in the rich media transmission method of FIG. 3.

Therefore, according to the rich media providing method according to the present invention as described above, if there is an abnormal media among the media collected from the various media providing server to configure the rich media, the abnormal media is not synthesized By providing rich media including abnormal media guide message in the playback area to the terminal device, it recognizes the presence of abnormal media to the user and provides the rich media composed of the remaining normal media to the user normally, and collects abnormal media again to By additionally providing to the terminal device in this manner, it is possible to provide a normal full rich media to the user.

Although the present invention has been described in detail with reference to preferred embodiments, the present invention is not limited to the above-described embodiments, and the technical field to which the present invention belongs without departing from the gist of the present invention as claimed in the following claims. Anyone skilled in the art will have the technical idea of the present invention to the extent that various modifications or changes are possible.

If abnormal media exists among media collected from various external media providing servers to compose rich media, the rich media or the abnormal media playback area that does not synthesize the abnormal media and keeps the playback area of the abnormal media empty By providing rich media including the abnormal media guide message to the terminal device, the user is aware of the existence of abnormal media and provides the rich media composed of the remaining normal media to the user, and collects the abnormal media again in an ad scene. By additionally providing to the terminal device, when applying the rich media server, the rich media transmission system and the rich media transmission method according to the present invention that can provide a normal full rich media to the user, rich media generation and control Since a very large extent to bring a progress and, in addition there is sufficient potential for commercial or marketing of the device to be applied that can be apparently carried out in reality the invention is in the industrial applicability.

1 is a control block diagram showing a rich media transmission system according to an embodiment of the present invention.

2 is a control flowchart illustrating a control flow of a rich media transmission method according to an embodiment of the present invention.

3 is a control flowchart illustrating a control flow of a rich media transmission method according to another embodiment of the present invention.

4 is an exemplary diagram in which rich media in which abnormal media exists in a terminal device is played in the rich media transmission system of the present invention.

<Explanation of symbols for the main parts of the drawings>

 1: network 10: terminal device

12: terminal-side interfacing unit 14: processing unit

15: playback unit 16: terminal side control unit

20: interfacing unit 40: rich media processing unit

50: media collector 55: media DB

60: control unit 100: rich media server

101: first media providing server 102: second media providing server

N: Nth Media Provision Server

Claims (20)

In a rich media server, A media collector configured to collect media from at least one media providing server; A rich media processing unit for generating rich media by synthesizing the at least one media collected by the media collector based on predetermined template information; And When the rich media is requested from the terminal device, the media collecting unit is controlled to collect media corresponding to the request, and the collected at least one media is synthesized based on the predetermined template information. If there is abnormal media that does not correspond to the media condition, the rich media processing unit is controlled to generate rich media by synthesizing the media excluding the abnormal media to maintain a corresponding synthesis region of the abnormal media based on the predetermined template information. Rich media server comprising a control unit. The method of claim 1, The control unit, If the abnormal media is present at the time of synthesis, controlling the rich media processing unit to generate a rich media by synthesizing the abnormal media guide message indicating the presence of the abnormal media on one region of the rich media screen according to the rich media. Rich Media Server. The method of claim 2, The control unit, If the abnormal media is present during synthesis, the rich media processing unit is configured to generate the rich media by synthesizing the abnormal media guide message to the corresponding synthetic region of the abnormal media so that the abnormal media guide message is displayed on the corresponding playback region of the abnormal media on the rich media screen. Rich media server, characterized in that the control. The method of claim 3, wherein The rich media processing unit, Rich media server, characterized in that for storing the pre-message information for generating the abnormal media information message. The method according to claim 1 or 4, The control unit, And if the abnormal media is present during synthesis, controlling the media collector to re-request and collect the abnormal media to a corresponding media providing server providing the abnormal media. The method of claim 5, The control unit, Rich media server, characterized in that for controlling the media corresponding to the abnormal media collected in accordance with the request to be reproduced to be reproduced on the corresponding playback area of the rich media screen according to the add scene (add scene) method . The method of claim 6, The media collector, Rich media server, characterized in that for storing the path for access to the corresponding media providing server for collecting the media corresponding to the request through the structured configuration information in the form of RSS (RDF Site Summary). The method of claim 1, The abnormal media, And a media corresponding to the case where there is no response from the corresponding media providing server requesting the media to be collected, and media that the response exists but are determined to be damaged. A media providing server for providing at least one media; A terminal device for requesting rich media; And A media collector configured to collect media from at least one media providing server, a rich media processor configured to synthesize the at least one media collected by the media collector based on predetermined template information to generate rich media, and from the terminal apparatus. The media collecting unit is controlled to collect media corresponding to a request of the user, and the at least one collected media is synthesized based on the predetermined template information, and the abnormality does not correspond to a normal media condition preset at the synthesis. If a media exists, a rich media server including a control unit for controlling the rich media processing unit to generate rich media by synthesizing the media excluding the abnormal media to maintain a corresponding synthesis area of the abnormal media based on the predetermined template information. Including Rich media providing system, characterized in that. The method of claim 9, The control unit, If the abnormal media is present during the synthesis, the abnormal media guide message indicating the presence of the abnormal media is synthesized in the corresponding synthesis region of the abnormal media so that the abnormal media guide message is displayed on the corresponding play area of the abnormal media of the rich media screen according to the rich media. Rich media providing system, characterized in that for controlling the rich media processing unit to generate a rich media. 11. The method according to claim 9 or 10, The control unit, If the abnormal media is present during synthesis, the media collection unit is controlled to request and collect the abnormal media to a corresponding media providing server that provides the abnormal media. The rich media providing unit may be configured to process the media corresponding to the abnormal media collected in response to the request to be reproduced in a superimposed manner on the corresponding play area of the rich media screen according to an add scene method. system. The method of claim 11, The media collector, Rich media providing system, characterized in that for storing the path for access to the corresponding media providing server for collecting the media corresponding to the request through the structured configuration information in the form of RSS (RDF Site Summary). The method of claim 9, The abnormal media, Rich media providing system comprising a media corresponding to the case that there is no response from the corresponding media providing server requesting the media to collect, and the response is present but is determined to be damaged. In the rich media providing method, Collecting at least one media from at least one media providing server according to the rich media requested from the terminal device; Synthesizing the collected at least one media based on predetermined template information; Determining whether abnormal media, which do not correspond to a preset normal media condition, exist in the synthesis; And And generating the rich media by synthesizing the media excluding the abnormal media to maintain a corresponding synthesis region of the abnormal media based on the predetermined template information, if the abnormal media exists. The method of claim 14, Generating rich media by synthesizing to maintain the corresponding synthesis region, If the abnormal media is present, a rich media providing method for generating a rich media by synthesizing the abnormal media guide message indicating the presence of the abnormal media to be displayed on one region of the rich media screen according to the rich media. The method of claim 15, Generating rich media by synthesizing to maintain the corresponding synthesis region, If the abnormal media is present, rich media is generated by synthesizing the abnormal media guide message to a corresponding synthesis region of the abnormal media so that the abnormal media guide message is displayed on the corresponding play area of the abnormal media of the rich media screen. How to Provide. The method according to claim 14 or 16, And if the abnormal media exists, re-requesting and collecting the abnormal media to a corresponding media providing server providing the abnormal media. The method of claim 17, And processing the media corresponding to the abnormal media collected in response to the request to be reproduced on a corresponding playing area of the rich media screen according to an add scene method. . The method of claim 18, Collecting the media, And storing a path for accessing a corresponding media providing server for collecting media corresponding to the request through structured configuration information in the form of RSS (RDF Site Summary). The method of claim 14, The abnormal media, And a media corresponding to a case in which there is no response from the corresponding media providing server requesting the media for collection, and a media in which the response exists but is determined to be damaged.

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