KR100753650B1 - Mobile contents linkage system and method using multimedia over internet protocal - Google Patents

Abstract

A mobile content interworking system of a video phone terminal and a method using the same are provided to enable the use of a number of conventional mobile contents such as games and camera services by mounting a platform, which has been operated in a mobile communication terminal, in the video phone terminal(MoIP). A mobile content interworking system comprises the followings: a video phone terminal(10) which a platform of the J2ME java execution environment to which the JVM(Java Virtual Machine) is poted is mounted on; a content supply server(20) for supplying associated contents through the Internet according to a request of the video phone terminal; and a billing server(40) for performing billing processes and mobile content downloading of the video phone terminal by interworking with the content supply server.

Description

Mobile Contents Interlocking System for Video Phone Terminal and Method thereof {MOBILE CONTENTS LINKAGE SYSTEM AND METHOD USING MULTIMEDIA OVER INTERNET PROTOCAL}

1 is a view showing a mobile content interworking system of a video telephone terminal according to the present invention.

FIG. 2 is a diagram showing a J2ME platform structure of the video telephone terminal of FIG. 1; FIG.

3 is a diagram illustrating a mobile content download process in a video telephone according to the present invention.

4 illustrates an example of a mobile content providing web.

5 is a view showing a mobile content interworking process of a video telephone terminal according to the present invention.

Explanation of symbols on the main parts of the drawings

10: video phone terminal 20: content providing server

30: Download Server 40: Billing Server

The present invention relates to a mobile content interworking system and a method of a video telephone terminal, in particular, a video phone (MoIP) equipped with a platform running on a mobile phone to enable the use of a number of previously developed contents (games, camera services) A mobile content interworking system of a video telephone terminal and a method thereof are provided.

In general, Internet video telephones transmit data in packet units through the Internet instead of the conventional circuit network, so that they can be serviced without distinction of the right to call and also integrate voice, data, and video. It is possible to provide a variety of additional services connected to the Internet by replacing the existing telephone service with a new type of telephone service that is received, and not only use the telephone service at a low price, but also reduce the cost of network management by interworking with the data network. Together, it has the potential to accommodate various information services based on data networks that will emerge in the future.

The video phone (MoIP), which is an internet video phone, is a device that can make a call while watching a video with the other party using the Internet network, and basically has a video phone function, and various additional functions such as an electronic album and an answering machine are implemented. It has been tried, but it has limitations in content development.

On the other hand, as mobile phones became more common, various additional services, huge amounts of games, camera application services, and MMS contents were developed. However, there has been a problem that video telephony using the Internet has not been greatly activated in the market even at this point when problems such as product development, infrastructure construction, called number, and call quality have been solved.

Accordingly, an object of the present invention is to solve the above problems, and to enable the use of a number of mobile contents (games, camera services) that have been developed by mounting a platform running on a mobile phone in a video phone (MoIP) A mobile content interworking system of a video telephone terminal and a method thereof are provided.

According to an aspect of a mobile content interworking system of a video telephone terminal according to the present invention for achieving the above object, a video telephone terminal equipped with a mobile content operating platform, and the corresponding content through the Internet at the request of the video telephone terminal It comprises a content providing server for providing a billing server for billing processing for the mobile content download and use of the video telephone terminal in conjunction with the content providing server.

The video phone terminal is a network terminal that can download and use mobile content by accessing the content providing server through the Internet.

The platform mounted on the video telephone terminal is a platform of Java 2 Micor Eidtion (J2ME) Java execution environment. The J2ME platform is composed of a virtual machine, a class library including a terminal extension UI, a network, and an IO, and a JVM (Java Virtual). Machine) is ported.

On the other hand, according to one aspect of the mobile content interworking method of a video telephone terminal according to the present invention for achieving the above object, the step of mounting a mobile content management platform on the video telephone terminal, the Internet at the request of the video telephone terminal Providing the corresponding content through the step of performing the charging process for the mobile content download and use of the video phone terminal.

In the providing of the content, the video telephone terminal accesses a server providing mobile content through a WAP or a web browser installed on a terminal, selects specific content, and downloads and uses the selected content. do.

The platform mounted on the video telephone terminal is a platform of Java 2 Micor Eidtion (J2ME) Java execution environment. The J2ME platform is composed of a virtual machine, a class library including a terminal extension UI, a network, and an IO, and a JVM (Java Virtual). Machine) is ported.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, detailed descriptions of preferred embodiments of the present invention will be described with reference to the accompanying drawings. It should be noted that reference numerals and like elements among the drawings are denoted by the same reference numerals and symbols as much as possible even though they are shown in different drawings. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a view showing a mobile content interworking system of a video telephone terminal according to the present invention, Figure 2 is a view showing a J2ME platform structure of the video telephone terminal of FIG.

As shown in FIG. 1, a mobile content interworking system using a video telephone of the present invention is largely a video telephone terminal (MoIP) 10, a content providing server 20, a download server 30, and a billing server 40. It is configured to include).

The video telephone terminal 10 basically performs a video call with a terminal on the other side through the Internet, and accesses the mobile contents by accessing a content providing server 20 or a mobile communication company homepage that provides mobile contents via the Internet. It is a network terminal that can be downloaded and used.

In particular, in order for the user to freely download various contents and application programs from the content providing server 20 that provides mobile contents on the Internet and execute them in the video telephone terminal 10, the user must be interoperable with the server.

That is, the video phone terminal 10 of the present invention downloads an application program from the content providing server 20, and in order to execute it, the video phone terminal 10 should be equipped with a platform capable of operating it.

Here, the platform mounted on the video telephone terminal 10 is a platform of a Java 2 Micor Eidtion (J2ME) Java execution environment, as shown in FIG. 2, a class library including a virtual machine, a terminal extension UI, a network, and an IO. It is configured to, and porting the Java Virtual Machine (JVM) to enable the download and execution of the application in the video phone terminal 10.

As such, when porting of the Java virtual machine (JVM) to the video telephone terminal 10 is completed, an execution environment of a terminal capable of executing an application written according to the platform standard is prepared, and the platform provides application management and API. It will include management functions.

Accordingly, the video telephone terminal 10 is completed with porting of the JVM and a platform for managing and executing an application program downloaded from the content providing server 20 is provided, thereby enabling the use of mobile content.

The content providing server 20 is a server for providing various contents and applications developed by content providers CP to the video telephone terminal 10 as well as the mobile service subscriber.

When there is a download request for the content requested from the content providing server 20 according to the mobile content request from the video phone terminal 10, the download server 30 provides the requested content to the video phone terminal 10. Done.

The billing server 40 is a server that processes the charge for downloading and using mobile content of the video telephone terminal 10 in conjunction with the content providing server 20.

Referring to FIG. 3, a mobile content download operation of a video telephone having such a configuration is as follows.

3 is a view showing a mobile content download process in a video telephone according to the present invention, Figure 4 is a view showing an example of a mobile content providing web.

As shown, the user connects to a content portal web site or a mobile communication company server providing mobile content using a WAP or a web browser of a video telephone terminal (S10).

Subsequently, after selecting content to be downloaded from various contents provided from the content portal web site (S20), the selected content is downloaded and installed on the terminal (S30).

Subsequently, the billing server performs a billing process by the server providing the content to transmit billing information about the content downloaded to the video phone terminal to the billing server (S40).

5 is a view showing a mobile content interworking process of a video telephone terminal according to the present invention.

As shown in FIG. 5, the user first accesses a content providing server using a video telephone terminal equipped with a mobile platform (S10) and then requests a download (S20) for content to be downloaded.

Accordingly, the content providing server requests the download server to download the corresponding content requested from the video telephone terminal (S30).

Accordingly, the video telephone terminal receives the requested content from the download server (S40), and then transmits an acknowledgment (ACK) signal to the download server (S50).

Subsequently, the download server transmits a content download response (ACK) signal to the content providing server according to the response signal transmitted from the video telephone terminal (S60).

Accordingly, the content providing server transmits a billing request signal to the billing server (S70), so that the billing server bills the downloaded content (S80).

In the above, specific preferred embodiments of the present invention have been illustrated and described. However, the present invention is not limited to the above-described embodiment, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention attached to the claims. will be.

According to the present invention, by mounting a platform running on a mobile phone in a video phone (MoIP) it is possible to use a number of mobile content (games, camera services) that have been developed previously, and also to provide a low-cost terminal as a revenue generation There is an effect that becomes possible.

Claims (8)

A video telephone terminal comprising a virtual machine, a class library including a terminal extension UI, a network, and an IO, and a platform of a J2ME Java execution environment in which a Java virtual machine is ported; A content providing server for providing corresponding contents through the Internet in response to a request of the video telephone terminal; And And a billing server configured to perform billing processing for downloading and using the mobile content of the video telephone terminal in association with the content providing server. The method of claim 1, The video telephone terminal, And a network terminal capable of downloading and using mobile content by accessing the content providing server through the Internet. delete delete A video library comprising a class library including a virtual machine, a terminal extension UI, a network, and an IO, and having a platform of a J2ME Java execution environment in which a Java virtual machine is ported; Providing the corresponding contents through the Internet at the request of the video telephone terminal; And And performing a charging process for downloading and using the mobile content of the video telephone terminal. The method of claim 5, In the step of providing the content, The video telephone terminal accesses a server providing mobile contents through a WAP or a web browser installed on a terminal, selects specific contents, and downloads and uses the selected contents. How to integrate mobile content. delete delete

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