KR20120072100A - Web media control apparatus and method for connecting web content service and home networking - Google Patents

Abstract

PURPOSE: A web media control device for connecting a web content service with a home network and a method thereof are provided to reproduce multimedia content in the Internet by a media reproducing terminal with a web browsing function in a home network. CONSTITUTION: A URI(Uniform Resource Identifier) obtaining unit(1101) obtains URI information about multimedia content. The multimedia content is located out of a home network. The multimedia content accesses the home network by a web browser. A media controller(1102) sends a reproduction command while sending the obtained URI information to a home network terminal selected by a user. The URI obtaining unit extracts URI information from a source of a webpage in which the multimedia content is searched.

Description

Web media control device and method for interworking web content service and home network {WEB MEDIA CONTROL APPARATUS AND METHOD FOR CONNECTING WEB CONTENT SERVICE AND HOME NETWORKING}

The present invention relates to web media control, and more particularly, to play multimedia content on the Internet, which is accessible through a web browser, even through a media playback terminal (eg, a TV, etc.) without a web browsing function on a home home network. The present invention relates to a web media control apparatus and method for interworking a web content service and a home network.

In the case of home appliances having a network function such as smart phones and televisions (TVs), which are recently spread, it is easy to find terminals providing a home network (DLNA / UPnP) function for use of content connection between terminals. In addition, with the spread of home networks, each household may use various functions by connecting the latest terminals to the home network.

Here, the DLNA (Digital Living Network Alliance) is a standard for a home network system, and is a standard for providing a function of sharing multimedia contents such as music and video among devices connected through an IP (Internet Protocol) network. Devices have an IP address in Ethernet or WLAN environment and communicate with each other through UPnP protocol.

The DLNA standard includes a media server (DMS), a media player (DMP), a media controller (DMC) and a media renderer. Specifically, the media server (DMS) serves to provide content on a DLNA network. The media player (DMP) is a device that shares and plays the contents of the media server (DMS) on a network, and the media controller (DMC) refers to a device that can control the media server (DMS) and the media player (DMP) from the outside. In particular, the media renderer (DMR) plays a content of the media server DMS through a command of the media controller DMC without independently playing the content of the media server DMS.

Currently, DLNA version 1.5 is proposed, and hardware of TV, network storage (NAS) and smartphone that meets the standard, as well as software of the standard that can be used in personal computer (PC) have been introduced to the market in recent years. It is actively released and is available to a substantial number of real subscribers.

As a result, audio, TV, smartphones, PMPs, cameras, NAS, and the like, which provide a content-shift function, which freely share media contents stored in a home terminal through a home network (UPnP / DLNA) in recent years Due to this, although UPNP / DLNA compatibility is widely used in the home media sharing, UPnP / enables the user to play content stored in the same home network only on the same home network. Due to the limitations of the DLNA protocol, there is a problem in that content on the Internet providing more various high quality content cannot be used in a plurality of home network terminals.

In addition, only the information that can be identified from the source of the Internet web page to the home network (UPnP / DLNA) terminal, the location of the media is not exposed to the web page or the home network terminal in the home network If it cannot be played, there is a problem that it is impossible to use the media, which is a problem that exists in most subscription (pay) environments that provide high quality media.

Accordingly, the present invention solves the above problems and enables the multimedia content on the Internet, which is accessible through a web browser, to be played through a media playback terminal (for example, a TV, etc.) without a web browsing function on a home network. It is an object of the present invention to provide a web media control apparatus and method for interworking a web content service and a home network.

The objects of the present invention are not limited to the above-mentioned objects, and other objects and advantages of the present invention which are not mentioned can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

According to an aspect of the present invention, there is provided a web media control apparatus for interworking a web content service and a home network, wherein the acquiring means for acquiring URI information for multimedia content outside the home network accessed through a web browser. ; And media control means for instructing playback while transferring the obtained URI information to the home network terminal selected by the user.

On the other hand, the present invention provides a web media control apparatus for interworking web content and home network, comprising: acquiring means for requesting transmission of multimedia content outside the home network accessed through a web browser to a corresponding media server and storing it as a temporary file; And media control means for instructing playback while delivering new URI information on the stored temporary file to the home network terminal selected by the user.

The present invention further includes encoding means for converting the multimedia content stored by the acquiring means into a media format playable in the selected home network terminal.

Meanwhile, the present invention provides a method for controlling a web media for interworking a web content service and a home network, the method comprising: accessing a media server outside a home network through a web browser to obtain URI information on a specific multimedia content; And instructing reproduction while transferring the obtained URI information to the home network terminal selected by the user.

Meanwhile, the present invention provides a method for controlling web media for interworking web content with a home network, the method comprising: requesting a media server for streaming of multimedia content outside a home network accessed through a web browser; Receiving the requested multimedia content from the media server and storing the requested multimedia content as a temporary file; And instructing playback while delivering new URI information on the stored temporary file to the home network terminal selected by the user.

The present invention may further include converting the multimedia content stored as the temporary file into a media format playable by the selected home network terminal.

As described above, the present invention provides a UPnP / DLNA compatible terminal (eg, an audio device, a TV, a smartphone, a PMP, a camera, a NAS, etc.) provided with a home network (UPnP / DLNA) content-shift function. In order to overcome the limitations of content selection in the existing service, by providing a function to directly utilize the content on the Internet, and by allowing the integrated management and use of the various personal storage space provided on the Internet according to the user's convenience, There is an effect of providing higher added value to home network services.

That is, the present invention has the effect of making it possible to utilize various Internet contents without additional software even in a general home network terminal (for example, an audio device, a TV, etc.), which cannot directly browse the Internet.

1 is a configuration diagram of an apparatus for controlling a web media for interworking a web content service and a home network according to the present invention;
2 is a flowchart illustrating a web media control method for interworking a web content service and a home network according to the present invention.

The foregoing and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings, in which: There will be. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

And throughout the specification, when a part is referred to as being "connected" to another part, it includes not only "directly connected" but also "electrically connected" with another part in between. Also, when a component is referred to as " comprising "or" comprising ", it does not exclude other components unless specifically stated to the contrary .

1 is a configuration diagram of an apparatus for controlling a web media for interworking a web content service and a home network according to the present invention.

The present invention, the home network terminal (UPnP / DLNA terminal) connected to the home network to view all the content on the web browser, including multimedia content (music, video, photos, text, etc.) on the Internet connected through the web browser The present invention relates to a new type of web media control device, which provides a service that utilizes a variety of home network (UPnP / DLNA) functions of terminal devices (TVs, telephones, portable multimedia devices) that are widely used in recent years. do.

As described above, the web-media control apparatus (Web-DMC) 110 according to the present invention includes a URI obtaining unit 1101, a media control unit 1102, and a DMR managing unit 103. . Hereinafter, in order to clarify the relationship between the servers 14 and 16 providing the content and the home network terminal 12, the present invention will be described with reference to a web media control device (Web-DMC). This will be described.

Web-Media Control Device (Web-DMC) 110 according to the present invention is a multimedia content (video, music, pictures, photos, text, etc.) existing on the Internet through a web browser of a personal computer (PC) 11 It is delivered to the home network terminal 12 having a media renderer (DMR) on the same home network (UPnP / DLNA) 10 as the corresponding personal computer (PC) 11 to be played. Here, the home network terminal 12 is a terminal having a UPnP / DLNA function including a media renderer (DMR) that performs media playback, which includes an IPTV set top (STB), a television (TV), and a mobile device. Terminals (portable multimedia devices), telephones, etc., which will be referred to simply as "home network terminals" or "home network terminals (DMR)", and in some cases referred to only as "renderer" and expressed as "DMR". Let's do it.

Web media control device (Web-DMC) 110 according to the present invention, unlike the existing media control device (DMC) that lists the media files that can be controlled by searching the information on the home network, Internet Explorer (IE) browser By running a web browser (IE) control module with a browser Helper Object (BHO) function, the web page is parsed to extract URI (Uniform Resource Identifier) information. That is, the URI information of the predefined content files is extracted from the source of the web page and buffered, and the URI information is listed in the media selection list in the corresponding interface displaying the GUI on the web browser (IE) in the form of a plug-in. Here, the URI information corresponds to the location information of the content on the Internet.

In addition, the web media control apparatus (Web-DMC) 110 according to the present invention drives the web browser control module as described above, and when the user selects the desired content on the web page by right-clicking, The URI information is extracted and obtained, and the extracted URI information is transmitted to the specific home network terminal 12 selected by the user. In this case, the user interface (UI) of the web media control device (Web-DMC) 110 is included in the menu list by right-clicking, not the plug-in type graphic user interface (GUI), to display the list of media renderers (DMR). It can be displayed and selected.

Meanwhile, when the URI information of the content is not exposed to the web page source, that is, the web media control apparatus (Web-DMC) 110 according to the present invention may extract the URI information of the content from the web page source. If there is no information, the URI is provided to the content providing server 14 for requesting the corresponding URI information. In this case, the content providing server 14 includes a module (“URI provider”) 141 that transmits URI information of the corresponding content through authentication of the Web-DMC 110 on the client side. . That is, the URI provider 141 detects the URI parameter request of the client, and in response, provides the URI parameter in encrypted form. Here, the web media control device (Web-DMC) 110 requests the corresponding content providing server 14 to receive the URI information (URI acquisition process according to the request) is a general server according to the spread of UPnP / DLNA devices It can be configured to provide the corresponding function through standardized API (Application Programming Interface) at the site.

A process of playing media content of a website through a home network terminal (DMR) 12 in a home network through the web media control method according to the present invention will be described in detail as follows.

First, the subscriber's personal computer 11 accesses a site (e.g., a content providing server 14, etc.) providing media content, and connects the web media control apparatus (Web-DMC) 110 according to the present invention. When driven in the form of a plug-in on a web browser (eg, Internet Explorer (IE), etc.), the operation on the web browser can then be controlled by the web media control device (Web-DMC) 110.

Subsequently, when a desired content is selected on the Internet through web browsing and a request for playing the content is desired, the web media control apparatus (Web-DMC) 110 uses the URI information (URI parameter) of the corresponding content as described above. Acquire and store it in buffer memory.

Meanwhile, a process performed by the server site (for example, the content providing server 14) in response to the URI information acquisition process of the web media control apparatus (Web-DMC) 110 as described above is as follows. .

First, as the client 11 selects content in a server site (content providing site) and requests URI information for the selected content, the content providing site 14 uses a server module (URI providing unit) 141. To check whether the request is authenticated, and to determine that the request is a URI parameter rather than a normal content playback request, first check the existence of an HTTP GET (Enc_URI, Req_URI) message, and if the result is "true", it is encrypted. The content URI parameter information Enc_URI of the form is transmitted to the web media control device (Web-DMC) 110 ("HTTP OK (Enc_URI)").

Thereafter, the web media control apparatus (Web-DMC) 110 decrypts the encrypted URI parameter (Enc_URI parameter), obtains the URI parameter of the corresponding content, and UPnP to the home network terminal (DMR) 12 selected by the user. It is delivered through the action "SetAVTransportURI ()" or "SetNextAVTRansportURI ()" in the Playback Architecture of the AV Architecture 1.0 standard.

In the above process, the web media control device (Web-DMC) 110 searches for a source in place of a "Browse / Search ()" action used for a content list search in an existing media controller (DMC), or provides content. The command is transmitted to the home network terminal (DMR) 12 by performing the command "SetAVTransportURI ()" with the URI information provided from the server 14 as a parameter.

If the home network terminal (DMR) 12 selected by the user is subject to "constrained to deliver only content in the same network," which is a characteristic of the UPnP / DLNA standard, the URI of the multimedia content that exists remotely It is impossible to reproduce the data in the home network terminal (DMR) 12 only with the parameter. To solve this problem, the present invention performs the following process.

When the web media control device (Web-DMC) 110 is driven, first, a home network terminal (DMR) 12 on the same home network is searched and the searched home network terminal (DMR) 12 is searched for. Web-DMC) 110 to the DMR list (home network terminal list).

In this case, the web media control apparatus (Web-DMC) 110 requests and collects information (MF_List) of a media format that can be played by each home network terminal (DMR) 12. At the same time, perform "SetAVTransportURI ()" test with the URI information outside the designated home network as a parameter to receive the "HTTP OK" message from the home network terminal (DMR) 12 within a preset timeout. Check ("Subnet_OK"). The format and the external network support result collected through the above process are classified and stored for each home network terminal (DMR) 12 ("DMR (MF_List, Subnet_OK)").

If the value of "Subnet_OK" is "false" above, the Web media control device (Web-DMC) 110 may perform a URI parameter through the "HTTP GET (Enc_URI, Req_URI)" message of the server module (URI provider) 141. Instead of performing the request, a message ("HTTP GET (B_URI, Req_URI)") requesting media streaming in the form of temporary storage is delivered, and the media content is streamed.

The web media control device (Web-DMC) 110 stores the content provided by streaming as a temporary buffering file in the form of a cache, and then applies the new URI of the stored temporary file as a parameter to the corresponding home network terminal (DMR) 12. By transmitting the "SetAVTransportURI ()" command to the home network terminal (DMR) selected by the user, the corresponding media content is played. In addition, according to an embodiment, the web media control apparatus (Web-DMC) 110 may automatically delete a temporary buffering file stored in a cache form for a portion exceeding a preset buffering time (T_Buff ≦ 20 sec). To perform.

On the other hand, if the selected media content does not correspond to the playback format (MF_List) of the home network terminal (DMR) 12 collected in the above process, the format that can be played on the selected home network terminal (DMR) 12 By interworking with a separate module ("encoder 1112") that converts the media, the home network terminal (DMR) converts and delivers the media content in a form that can be played.

Through the above process, the web media control apparatus (Web-DMC) 110 performs a function of delivering media content on the Internet to a home network terminal (DMR) 12 on a home network.

On the other hand, various personal storage 16 is provided on the Internet, such as a web hard 161 or a cloud server 162, and individual users store their personal media in storage on the network and utilize it at home. have. In this case, a separate client application may be required for each service, and more and more individuals use a plurality of Internet personal storage spaces at the same time. Here, in FIG. 1, the content providing server 14 and the personal storage space 16 are separately illustrated, but in the point of providing multimedia content outside the home network of the subscriber, the content is provided by the personal storage space 16. It can be seen as a kind of server 14, including both will be referred to as "server", "website", "media server".

Therefore, the web media control device (Web-DMC) 110 according to the present invention provides the following functions together to increase the utilization of the above case.

Personal storage space (web hard, cloud service, etc.) 16 on the Internet that can be accessed by a web browser can be freely uploaded / downloaded by an individual, and thus, a web media control device (Web-DMC) 110 according to the present invention. ) Can obtain the URI information of the personal media stored in the Internet personal storage space through the web interface, it is also possible to download it directly.

The web media control device (Web-DMC) 110 stores URI information and tag information of the media content for each media content stored in a distributed storage space, and a separate name (Alias name) for the media content. Provides a separate interface to manage the list by granting.

In addition, the web media control apparatus (Web-DMC) 110 stores and manages a list of personal storage media (media content) in an XML form, so that the user can store / manage them in a form that can be directly edited for convenience. Provide the function.

Accordingly, the individual user enables personal media management through a unified user interface (UI) for personal media stored in a plurality of separate content sites on the Internet, and also enables a web media control device (Web-DMC) 110. Since the home network (UPnP / DLNA) function enables file transfer and playback, it is possible to utilize personal media content stored on the Internet through various home network terminals that do not provide a separate dedicated software.

At this time, the management of the personal media list in the present invention is provided through the authentication information and URI storage rather than the CDS (Content Directory Service) method used in the existing UPnP / DLNA, thereby preventing unnecessary waste of resources due to CDS update, etc. There is.

Looking specifically at the configuration of the web media control device (Web-DMC) 110 according to the present invention for performing the above function, the web media control device (Web-DMC) 110 as shown in the figure, The URI acquisition unit 1101, the media control unit 1102, and the DMR management unit 103 are included.

Here, the URI obtaining unit 1101 is installed in a browser of a subscriber personal computer (PC) 11 to detect URI information of content on the Internet or to a server (eg, a content providing server, a personal storage space, etc.). It is a request for URI information, and corresponds to a kind of web browser BHO module (a web browser (IE) control module having a web browser BHO function). If the home network terminal (DMR) 12 selected by the user is subject to "constrained to deliver only content in the same network," which is a characteristic of the UPnP / DLNA standard, the URI of the multimedia content that exists remotely It is impossible to reproduce the data on the home network terminal (DMR) 12 only by using the parameter. In this case, the URI obtaining unit 1101 requests the corresponding server to stream multimedia content outside the home network 10 accessed through a web browser. Store the temporary file, and transmit new URI information on the stored temporary file to the home network terminal through the media control unit (DMC) 1102.

The media control unit (DMC) 1102 transfers the URI parameter of the corresponding content acquired by the URI obtaining unit 1101 to the corresponding home network terminal (DMR) 12 (home network terminal selected by the user). In order to perform the action "SetAVTransportURI ()" or "SetNextAVTRansportURI ()" on the UPnP AV Architecture.

The digital media renderer (DMR) management unit 103 may play a media format playable in each home network terminal 12 searched on the home network 10 and a URI outside the home network 10 (located outside the home network). Check whether the content is allowed to be played back and store the result.

In FIG. 1, the external interworking module 111 is illustrated as a module different from the web media control apparatus (Web-DMC) 110, but this is merely an expression. It may be implemented as a component included in the media control device (Web-DMC) (110). Here, the external interworking module 111 converts the cloud management unit 1111 to manage the information related to the cloud server 162 and the encoder 1112 to convert the data into a data format that can be reproduced by the home network terminal (DMR) 12. It is made to include.

FIG. 2 is a flowchart illustrating a web media control method for interworking a web content service and a home network according to the present invention. A detailed description thereof has already been made in the description of FIG. Let's explain. Here, the client may basically be regarded as a web media control device (Web-DMC) 110, but a website access process by a web browser is also shown in FIG. Computer (PC) 11 ".

When the client 11 accesses a web site (media server) (DMS) 14, 16 through a web browser and is authenticated (200), the client 11 executes a plug-in for selecting a user's content and obtaining URI information of the content. (202).

Accordingly, when the client 11 receives the content selection from the user, the client 11 acquires (extracts) URI information about the selected content from the source of the web page, and if the content URI information is not exposed to the source of the web page. Requests URI information from the web site (media server) 14, 16 (204). "204" is a simple representation of these two cases.

When the website (media server) 14, 16 confirms the request of the client 11 (206), it provides (208) encrypted URI information for the content in response thereto.

Then, the client 11 decrypts the encrypted URI parameter (Enc_URI parameter) (210), obtains the URI parameter of the content, and plays back the UPnP AV Architecture 1.0 standard with the home network terminal (DMR) 12 selected by the user. Pass through the "SetAVTransportURI ()" or "SetNextAVTRansportURI ()" action in the Architecture (212)

When the home network terminal (DMR) 12 can receive and play the corresponding content using the received URI information, the home network terminal (DMR) 12 notifies the client 11 that media can be played (214) and plays the corresponding content (216).

On the other hand, if the client 11 is notified of URI recognition from the home network terminal (DMR) 12 (218), for example, the home network terminal (DMR) 12 selected by the user is UPnP / DLNA standard In the case of being subject to " constrained to deliver only content in the same network ", it is not possible to play in the home network terminal (DMR) 12 only with the URI parameter of the multimedia content that exists remotely. 11) requests the media server (DMS) (14, 16) to stream the multimedia content outside the home network and stores it as a temporary file (220).

The client 11 instructs the playback while delivering "new URI information" for the stored temporary file to the home network terminal selected by the user (222). Accordingly, if media playback is possible, the home network terminal (DMR) 12 plays the content (not shown in the figure).

If the home network terminal (DMR) 12 cannot play the content due to a format mismatch (224), the client 11 downloads the temporary file in a format that can be reproduced in the selected home network terminal (DMR) 12. After conversion (" encoding ") (226), media information for the changed temporary file is transmitted to the home network terminal (DMR) 12 (228).

Then, the home network terminal (DMR) 12 selects the corresponding media content (230) to perform the playback and informs the client 11 of the media playback capability (232).

The process " 20 " represents a processing method for a more specific situation than when the client 11 obtains a URI from a website (media server) 14, 16 and delivers it to a home network terminal, in which case media playback is not performed.

On the other hand, the web media control method according to the present invention as described above may be implemented in the form of program instructions that can be executed by various computer means may be recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the medium may be those specially designed and constructed for the present invention or may be available to those skilled in the art of computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. The medium may be a transmission medium such as an optical or metal line, a wave guide, or the like, including a carrier wave for transmitting a signal designating a program command, a data structure, or the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Various permutations, modifications and variations are possible without departing from the spirit of the invention.

Therefore, the scope of the present invention should not be construed as being limited to the embodiments described, but should be determined by the scope of the appended claims, as well as the appended claims.

The present invention can be used to play multimedia content on the Internet, which can be accessed through a web browser, even through a media playback terminal without a web browsing function on a home network.

10: Subscriber home network 11: Subscriber personal computer (PC)
12: home network terminal (DMR) 14: content providing server
16: personal storage space 110: web media control device
111: external interworking module 141: URI provider
1101: URI acquisition unit 1102: Media control unit (DMC)
1103: DMR management unit

Claims (14)

In the web media control apparatus for interworking a web content service and a home network,
Obtaining means for obtaining URI (Uniform Resource Identifier) information for multimedia content outside the home network accessed through a web browser; And
Media control means for instructing playback while transferring the obtained URI information to a home network terminal selected by a user
Web media control device comprising a.
The method of claim 1,
The obtaining means,
And extracting URI information from a source of a web page in which the multimedia content is searched.
The method of claim 2,
The obtaining means,
And when the URI information is not extracted from the source of the web page from which the multimedia content is searched, requesting the URI information from the media server to obtain the URI information.
The method of claim 3, wherein
The media server,
And providing the requested URI information if user authentication is successful.
In the web media control device for interworking web content and home network,
Acquiring means for requesting the media server to transmit the multimedia content outside the home network accessed through the web browser and storing it as a temporary file; And
Media control means for instructing playback while delivering new URI information on the stored temporary file to a home network terminal selected by a user
Web media control device comprising a.
The method of claim 5, wherein
The obtaining means,
Web media control device applied when the content delivery range is limited to the same home network.
The method of claim 5, wherein
Encoding means for converting the multimedia content stored by the obtaining means into a media format playable in the selected home network terminal;
Web media control device further comprising.
The method according to any one of claims 1 to 7,
The obtaining means,
A web media control device implemented as a browser extension module (BHO).
The method according to any one of claims 1 to 7,
Management means for managing information on a media format playable in each home network terminal belonging to the home network and whether to allow playback of multimedia content outside the home network;
Web media control device further comprising. In the web media control method for interworking a web content service and a home network,
Accessing a media server outside the home network through a web browser to obtain URI information on specific multimedia content; And
Instructing playback while delivering the obtained URI information to a home network terminal selected by a user;
Web media control method comprising a.
11. The method of claim 10,
The URI obtaining step,
And extracting URI information from a source of a web page in which the specific multimedia content is searched.
11. The method of claim 10,
The URI obtaining step,
And when the URI information is not extracted from the source of the web page from which the multimedia content is searched, requesting the URI information from the media server to obtain the URI information.
In the web media control method for interworking web content and home network,
Requesting the media server to stream the multimedia content outside the home network accessed through the web browser;
Receiving the requested multimedia content from the media server and storing the requested multimedia content as a temporary file; And
Instructing playback while delivering new URI information on the stored temporary file to a home network terminal selected by a user;
Web media control method comprising a.
The method of claim 13,
Converting the multimedia content stored as the temporary file into a media format playable by the selected home network terminal.
Web media control method further comprising.

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