KR20110092741A - System and method for providing conversation type image homepage to sender side terminal - Google Patents

Abstract

PURPOSE: A system for providing conversation type image homepage to a sender's terminal is provided to offer the conversation type image homepage to the sender's terminal when a call about the call receiving terminal is requested. CONSTITUTION: A network interworking unit receives a call establishment request message from a call originating terminal. A content synthesizing and generating unit(180) receive a video channel connection request message from the network interworking unit. The content synthesizing and generating unit opens a video channel with the call originating terminal. The content synthesizing and generating unit offers the video homepage service to the call originating terminal through the video channel.

Description

System and method for providing interactive video homepage to calling terminal {SYSTEM AND METHOD FOR PROVIDING CONVERSATION TYPE IMAGE HOMEPAGE TO SENDER SIDE TERMINAL}

The present invention relates to a system and method for providing an interactive video homepage set for a called terminal to a calling terminal upon request of a call establishment of a calling terminal, and connecting a call with the called terminal according to the selection of the calling terminal.

An interactive video homepage refers to a homepage where homepage owners and visitors can interact based on multimedia such as video, music, voice, and text. For example, in an interactive video homepage of a broadcast related organization, a specific broadcast screen is output on one side of a service screen, broadcast related information is displayed on the other side, and music such as a broadcast theme song is output as background music, In the information it can be configured to allow the visitor to select the desired broadcast. Such interactive video homepages have been widely used due to the development of various homepage construction tools. On the other hand, with the development of mobile communication technology, video telephony has also increased significantly in recent years, and various types of supplementary services using the video telephony network have been proposed. However, a method of providing a video homepage when requesting a video call when providing a video call service based on a mobile communication network has not been proposed so far, and only requests a video call without an operation such as accessing a separate server. There is a demand for a method and system for providing a video homepage to a calling terminal.

An object of the present invention is to provide an interactive video homepage set for a called terminal to a calling terminal upon request of a calling terminal for a called terminal, thereby expanding the scope of use of the interactive video homepage and promoting the development of related technical fields. A system and method for providing an interactive video homepage to a calling terminal are provided.

In addition, an object of the present invention is to first provide a preset interactive video homepage for the called terminal to the calling terminal upon request for call setup of the calling terminal, and then make a voice or video call with the called terminal according to a user's selection at the calling terminal. The present invention provides a system and method for providing a two-step call interactive video home page to a calling terminal.

It is also an object of the present invention to provide a system and method for providing an interactive video home page to a called terminal that can easily and quickly build a personalized interactive video homepage as an image mini-hompy authoring tool.

According to an aspect of the present invention to solve the technical problem, a system for providing an interactive video homepage service to the calling terminal connected to the wired and wireless communication network, Network interworking unit for receiving a call setup request message from the calling terminal; And a content synthesis and generation unit for receiving a video channel connection request message from the network interworking unit with the calling terminal, opening the video channel with the calling terminal, and providing a video homepage service to the calling terminal before connecting with the called terminal through the video channel. Provided is a system for providing an interactive video homepage including a calling terminal.

The system may further include an authentication processing unit for authenticating a predetermined video homepage service for the called terminal.

The system may further include a DTMF detection unit for detecting a dual tone multi frequency (DTMF) of the calling terminal or the called terminal.

The content synthesis and generation unit may transmit the content of the video homepage to the calling terminal in response to the DTMF signal of the calling terminal.

The content synthesis and generation unit may transmit the content of the video homepage to the calling terminal in response to the DTMF signal of the called terminal.

The DTMF detection unit may receive a DTMF signal corresponding to a call connection with the called terminal selected in the video homepage from the calling terminal, and may transmit a call setup request message to the called terminal. The content synthesis and generation unit may perform voice transcoding between the video channel with the calling terminal and the voice channel with the called terminal.

The system may further include a video minihompy authoring unit for providing a video homepage authoring service for the called terminal. The video minihompy authoring unit may include an input window for creating and uploading a guestbook to the video minihompy at the calling terminal.

The system may further include a content storage unit for storing content of the image homepage.

The network interworking unit may transmit a recording request message for the video or audio of the calling terminal or the called terminal to the content synthesizing and generating unit, and the content synthesizing and generating unit may record the video or audio of the calling terminal in response to the recording request message.

According to another aspect of the present invention, a method for providing an interactive video homepage service to a calling terminal in a server connected to a wired or wireless communication network, the method comprising: receiving a call setup request message from a calling terminal; A method of providing an interactive video homepage to a calling terminal, the method comprising opening a video channel with a calling terminal and providing a video homepage service to the calling terminal before connecting to the called terminal through the video channel.

The method may further include authenticating a preset video homepage service to the called terminal.

The method may further include detecting a dual tone multi frequency (DTMF) of the calling terminal or the called terminal.

The method may further include transmitting the contents of the video homepage to the calling terminal in response to the DTMF signal of the calling terminal.

The method may further include transmitting the contents of the video homepage to the calling terminal in response to the DTMF signal of the called terminal.

The method may further include receiving a DTMF signal corresponding to a call connection with the called terminal selected from the video terminal from the calling terminal, and transmitting a call setup request message to the called terminal.

The method may further comprise performing voice transcoding between the video channel with the calling terminal and the voice channel with the called terminal.

The method may further include providing a video homepage authoring service to the called terminal.

The method may further include providing an input window to create and upload a guestbook to the image mini-hompy at the calling terminal.

The method may further include storing the content of the image homepage in a content storage unit.

The method may further include recording an image of the calling terminal in response to the DTMF signal of the called terminal.

According to the present invention, a personalized interactive video homepage can be provided when a video call is requested by a second generation or third generation wired or wireless telephone subscriber. On a wired or wireless network, all individual users can be provided with the ability to create and manage a video minihompy or blog one-on-one.

In addition, it is possible to quickly and easily build a personalized interactive video homepage that can be applied to a mobile terminal. In addition, a push and polling function may be supported using a dual tone multi frequency (DTMF) of a calling terminal through an image minihompy server. Therefore, it is possible to easily output or download the contents of the video mini-hompy from the calling or called terminal connected to the wired or wireless communication network.

In addition, it may support a two-step call service that uses a video minihompy service and a call service in stages. That is, after providing contents such as video, music, and voice provided by the video minihompy to the calling terminal first, the caller and the caller who is the owner of the video minihompy may naturally follow the selection of the calling terminal. In addition, the video minihompy can easily implement a function such as an absence response, message transmission or notification message.

In addition, the message or information of the caller can be obtained through a guestbook of the video minihompy. And, using the terminal connected to the wired and wireless communication network, the homepage owner can easily upload the content prepared by the video minihompy or blog to maintain the video minihompy.

1 is a schematic block diagram illustrating a system for providing an interactive video homepage to a calling terminal (hereinafter referred to as an image minihompy providing system) according to an embodiment of the present invention.
2 is a view for explaining the operation of the image mini-hompy providing system according to an embodiment of the present invention.
3 is a view illustrating a polling and push function of the image mini-hompy providing system of FIG.
4A is a flowchart illustrating a method (hereinafter, referred to as a method for providing an image mini homepage) for providing an interactive video homepage to a calling terminal according to an embodiment of the present invention.
4B is a flowchart illustrating a method for providing an image minihompy according to another embodiment of the present invention.
5 is a flowchart illustrating a DTMF signal processing procedure of the method for providing an image minihompy of FIG. 4B.
6 and 7 are flowcharts illustrating a recording function of the image minihompy providing method of FIG. 4B.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings and the following description. However, the present invention is not limited to the embodiments described herein but may be embodied in other forms. Rather, the embodiments disclosed herein are provided so that the disclosure can be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. Like reference numerals designate like elements throughout the specification. Meanwhile, the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. In this specification, the singular forms also include the plural unless specifically stated otherwise in the text. As used herein, the terms “comprise” and / or “comprising” refer to a component, step, operation, and / or element that is mentioned in one or more other components, steps, operations and / or elements. It does not exclude existence or addition.

1 is a schematic block diagram illustrating a system for providing an interactive video homepage to a calling terminal (hereinafter referred to as an image minihompy providing system) according to an embodiment of the present invention. In the following description, homepage is used as a short for homepage.

Referring to FIG. 1, the video minihompy providing system 100 provides a video minihompy or a blog to all wired and wireless telephone customers connected to the wired / wireless communication network 120. In addition, the image mini homepage providing system 100 allows uploading and downloading of various contents such as a business card, a map, a profile, a photo, and the like, as well as providing a service for changing the image homepage and blog layout.

For example, the video mini-hompy providing system 100 includes a terminal (calling terminal; 110) that supports a video such as a video telephone terminal, a VoIP (Voice over Internet Protocol) terminal, and the like, through a wired / wireless communication network 120. When attempting a video call in, the destination terminal outputs the video mini-hompy or blog that the customer has made to the output terminal 110.

In addition, the video minihompy providing system 100 is the content of the video minihompy or blog is pushed (Push) to the calling terminal 110 at the request of the called terminal 130 or by the selection of the calling terminal 110. 110 is configured to poll to itself.

In addition, when the video mini homepage providing system 100 adds a "telephone connection" function to the video mini homepage and blog, the video homepage providing system 100 is a video terminal during the video mini homepage or blog search image The home owner, that is, the receiving terminal 130 is configured to make a voice or video call with the customer.

To this end, the image minihompy providing system 100 according to the present embodiment includes a network interlocking unit, an authentication processing unit 150, a dual tone multi frequency (DTMF) detection unit 160, an image minihompy authoring unit 170, content synthesis and The generation unit 180 and the content storage unit 190 are provided.

The network interworking unit includes a 3G communication network interworking unit 142 and a 2G communication network interworking unit 144. Each call network interworking unit 142, 144 connects the video mini homepage providing system 100 to the wired / wireless communication network 120. The 3G communication network interworking unit 142 receives the incoming call from the video terminal, outputs the video minihompy (or blog), and performs the function of connecting the call between the originating and the incoming call in conjunction with the 2G communication network interworking unit 144. . The 2G communication network interworking unit 144 interworks with the 3G communication network interworking unit 142 to connect a call to the called terminal 130.

Here, the third generation communication network refers to a communication network capable of transmitting data such as voice data and non-voice data such as data download, mail exchange, message transmission, image transmission and the like. The second generation communication network refers to a digital communication network that follows the first generation of mobile communication.

The authentication processor 150 performs an authentication function to determine whether the user for the image mini-hompy service.

The dual tone multi frequency (DTMF) detector 160 detects a DTMF key signal input from a customer of the calling terminal 110 or the called terminal 130 and outputs the corresponding content to the calling terminal 110.

The image minihompy authoring unit 170 performs a function of authoring a homepage by up / downing the layout and various contents of the image minihompy.

The content synthesis and generation unit 180 performs a function of generating a screen size optimized for the video terminal screen by mixing various contents.

The content storage unit 190 performs a function of storing a minihompy corresponding to the called terminal 130 and various contents of the minihompy. In addition, the content storage unit 190 performs a function of separately storing a plurality of minihompy corresponding to a plurality of incoming terminals and various contents of each minihompy.

2 is a view for schematically explaining the operation of the image mini-hompy providing system according to an embodiment of the present invention. 3 is a view illustrating a polling and push function of the image mini-hompy providing system of FIG.

Hereinafter, the image minihompy 200 refers to the service provided by the image minihompy providing system or the image minihompy server, or a component that provides the service itself.

As shown in FIG. 2, the wired and wireless telephone number customer may access the video minihompy 200 through the video terminal 210. The video terminal 210 includes a wired terminal and a wireless terminal, and wires / wires a call request message for a call through a combination of a wired number and a video button or a combination of a wireless number and a video button for access to the video minihompy 200. Can transmit to the network.

Through the video terminal 210 connected to the video mini homepage 200, users of the video mini homepage (hereinafter, also referred to as homepage owners) may produce the video mini homepage and upload the video mini homepage to the system or server. have.

For example, the home owner may use a predetermined authoring tool to display various contents, a telephone connection menu, a menu with a push function, a menu with a polling function, an image mini homepage including other menus, and the like ( Or blog).

On the other hand, the calling terminal attempting a video call to the homepage owner terminal (called terminal) is automatically connected to the video mini-hompy set by the homepage owner before the video call connection. In addition, the calling terminal outputs the main homepage menu 220 or the intro content 230 designated by the homepage owner before the video call is connected. Intro content includes information in the form of images, videos, flashes, and text. Then, contents corresponding to the main homepage menus of the video minihompy, for example, the business card view 242, the photo view 244, the map view 246, the stock price view 248, and the like, are output to the calling terminal according to the caller terminal user selection. .

The image mini homepage 200 includes menus provided in a video, audio, text, or a combination thereof. Most of the menus are output to the video terminal 210 in response to a user selection signal of the video terminal 210. The user selection is input through an input unit such as a keypad, a touch pad, a microphone, etc. of the video terminal 210 and then transmitted to the image minihompy 200. The user selection information may be transmitted from the image terminal 210 to the image minihompy in the form of DTMF.

In addition, the image mini homepage 200 may be provided with a menu 250 such as "telephone connection". Using this menu 250, while the content of the video mini-hompy is output, the calling terminal can be connected to the called terminal via a wired or wireless communication network. That is, when the telephone connection menu 250 is selected, a call request message between the calling terminal and the called terminal may be transferred from the video minihompy providing system to the switch of the wired / wireless communication network.

Referring to the operation process in the image mini-hompy 200 according to the present embodiment.

First, you can use the video minihompy or blog by accessing the video minihompy or blog with a wired or wireless telephone number. The minihompy is stored in the content storage of the image minihompy providing system. At this time, both wired and wireless phones are available 2G or 3G.

For example, when a caller using a video terminal attempts to access the corresponding video mini-hompy by pressing the "calling number + video button", if there is an intro content 230 set by the user of the called terminal, the caller is called the called party. The intro content 230 may be checked before the response. The intro content 230 may be output during the intro time set by the called party, that is, the home owner. After the output of the intro content 230, the incoming response is made.

When the incoming call is made in the video minihompy, the main page of the video minihompy which is already prepared is output to the calling terminal. The caller can listen to or view the contents set by the owner of the homepage by generating DTMF signals from the calling terminal according to the menu of the video mini homepage.

At this time, the sender may pop-up or download various contents set by the owner of the mini-hompy using the polling function as shown in FIG. 3 to the calling terminal. If the caller wants to make a call with the owner of the video mini homepage, he / she can make a voice or video call with the called party by pressing the “telephone connection” menu.

In addition, during a call between the caller and the called party, the called party can push a content set in the video minihompy to the caller's video terminal by generating a “DTMF” signal from the called terminal. The pushed content may be output at the calling terminal.

4A is a flowchart illustrating a method of providing a multimedia home page to a calling terminal according to an embodiment of the present invention (hereinafter, referred to as a method for providing an image mini homepage).

As shown in FIG. 4A, when the caller transmits a call connection request message with the called terminal 460 from the calling terminal 410 to the switch 420 (S410), the switch 420 is included in the call connection request message. Based on the information of the called terminal 460, it is determined whether the video mini-hompy service for the called terminal 460 is set.

Next, the exchange 420 transfers the service setting confirmation request message for the called terminal 460 to the DB 430 (S406). For example, the exchange 420 requests the DB 430 to search whether there is stored information corresponding to the called terminal information among the service user information stored in the databases DB and 430, and the DB 430 searches. According to the result, the video minihompy service is provided to allow call setup.

Next, the DB 430 confirms the service registration for the called terminal (S409), and if the called terminal is registered in the video mini-hompy providing service, the response message includes information on the video mini-hompy server 440. The transfer to the exchange 420 (S412).

The DB 430 may be connected to the image mini-hompy server 440, and may store information about the image mini-hompy service user, and if necessary, update the stored information by the function control of the image mini-hompy server 440. . The DB 430 may be mounted as some functional unit or module of the exchange 420.

Next, the exchange 420 transfers the call connection request message including the calling terminal information to the video mini-hompy server 440 (S415).

Next, the video mini-hompy server (hereinafter referred to as a server) 440 transmits the intro content, and the incoming response is received after the intro time in which the intro content is output from the calling terminal 410 (S418). At this time, the calling terminal 410 may accept through the user input whether to use the video mini-hompy service (S421). When the intro time has elapsed or service use is accepted, a voice or video channel (hereinafter, referred to as a service channel) is connected between the calling terminal 410 and the server 44 (S424). The caller is transferred from the server 440 to the calling terminal 410 through the service channel, and uses the video minihompy service output from the calling terminal 410.

On the other hand, while using the video mini-hompy service, if the caller selects a predetermined menu, such as a call connection menu for the call with the called party, the server 440 requests a call with the called terminal 460 delivered from the calling terminal 410 In response to the message (S427), the call connection request message between the calling terminal 410 and the called terminal 460 is transmitted to the exchange 420 (S430).

The exchange 420 requests routing information of the called terminal 460 from the HLR (Home Location Register) 450 according to the call connection request message of the server 440 (S433). Then, the router receives the routing information of the called terminal 460 from the HLR 450 (S436), and transmits a call connection request message to the called terminal 460 (S439). Next, the exchange 420 receives a response message for the call connection request from the called terminal 460 (S442), and transfers the response message to the calling terminal 410, and then between the calling terminal 410 and the called terminal 460. The audio or video channel is connected (S445). The caller makes a voice or video call with the called party through the voice or video channel.

According to this embodiment, a two step call service is provided to the calling terminal. That is, if the caller wants to talk to the home owner while viewing the video mini homepage or blog, the caller can simply call the called party by selecting the “call” menu.

4B is a flowchart illustrating a method for providing an image minihompy according to another embodiment of the present invention.

In the present embodiment, the 3G terminal 510 is the originating terminal 110 of FIG. 1, the 2G terminal 520 is the terminating terminal 130 of FIG. 1, and the 3G interworking unit 532 is the 3G communication network of FIG. 1. The linkage unit 142, the 2G linkage unit 534 may correspond to the 2G call network linkage unit 144 of FIG. 1, and the content synthesizer 536 may correspond to the content synthesis / generation unit 180 of FIG. 1, respectively. .

Referring to FIG. 4B, when the 3G terminal 510 accessible to the wired / wireless communication network transmits a setup message, which is a call setup request message, to a predetermined destination terminal (eg, the 2G terminal 520), the call is received through an exchange in the wired / wireless communication network. The Setup message is transmitted to the 3G linkage unit 532 of the image mini-hompy server 530 preset for the terminal (S453). Here, the setup message includes a 2G number and a DTMF signal for a video call button.

Next, the 3G linkage unit 532 transmits an alerting message informing of call proceeding to the 3G terminal 510 (S456). The 3G interworking unit 532 transmits a connect message according to the response of the server 530 to the 3G terminal 510 (S510). The video channel is opened between the 3G terminal 510 and the server 530 (S462). At this time, the 3G linkage unit 532 transmits a video and audio channel connection request message for the 3G terminal 510 to the content synthesizer 536 (S465), and the content synthesizer 536 is a 3G linkage unit 532. Provides the video minihompy service to the 3G terminal 510 via (S468).

Next, when a call connection with the 2G terminal 520 is requested from the 3G terminal 510, the 2G linkage unit 534 communicating with the 3G linkage unit 532 in the server 530 sets up a call for the 2G voice call. The setup message which is a request message is transmitted to the 2G terminal 520 (S471). The 2G interworking unit 534 receives a ring tone message from the 2G terminal 520 (S474).

Meanwhile, while the steps S471 and S474 are performed, the 3G interworking unit 532 transmits the voice channel connection request message for the 2G terminal 520 to the content synthesizing unit 536 (S477). The unit 536 connects the voice channel with the 3G terminal 510 via the 3G linkage unit 532 (S480). In this case, the server 530 or the content synthesizer 483 provides voice transcoding between the video and audio channels of the 3G terminal 510 and the voice channel of the 2G terminal 520 (S483).

Next, when the access message from the 2G terminal 520 is received by the 2G interworking unit 534, the server starts a service for voice call between the 3G terminal 510 and the 2G terminal 520 (S489).

5 is a flowchart illustrating a DTMF signal processing procedure of the method for providing an image minihompy of FIG. 4B.

Referring to FIG. 5, when a user of the 3G terminal 510 receives a corresponding image mini-hompy service and the user selects a corresponding menu from the 3G terminal 510 to poll specific content to his terminal, The DTMF signal corresponding to the menu is transmitted from the 3G terminal 510 to the 3G interworking unit 532 of the server 530 (S503).

Thereafter, when the content designation message corresponding to the DTMF signal is transferred from the 3G linkage unit 532 to the content synthesis unit 536 (S512), the content synthesis unit 536 provides the content to the 3G terminal 510. (S515). According to this procedure, the 3G terminal user can output or download the contents of a specific menu to his terminal.

On the other hand, after step S503, the 3G linkage unit 532 of the server 530 transfers the DTMF signal to the 2G linkage unit 534 (S506), and the 2G linkage unit 534 transmits the DTMF signal to the home owner. It may be transmitted to the 2G terminal 520 (S509). In this case, the home owner transmits a DTMF signal for pushing a specific content to the 2G linkage unit 534 by selecting the corresponding menu in the 2G terminal 520 (S521).

Thereafter, when the content designation message corresponding to the DTMF signal is transferred from the 2G linkage unit 534 to the content synthesis unit 436 (S524), the content synthesis unit 536 provides the corresponding content to the 3G terminal 510. (S527). According to this procedure, the home owner as a user of the 2G terminal 520 may deliver desired content to the 3G terminal 510.

In the present embodiment, the video content polling service is a DTMF signal generated when the menu is selected when the caller selects a specific menu on the main page after accessing the video minihompy or blog through the 3G terminal 510. The corresponding content is designated and refers to a function in which the specified content is output or downloaded on the screen of the sender's video terminal. In the video content push service, the owner of a video mini homepage presses a corresponding menu of his terminal (eg, 2G terminal 520) to generate a DTMF signal, and the content corresponding to the generated DTMF signal is used to provide a video mini homepage service. Pushes the caller who is busy or busy and outputs or downloads it to the screen of the caller's 3G terminal 510.

6 and 7 are flowcharts illustrating a recording function of the image minihompy providing method of FIG. 4B.

Referring to FIG. 6, after the incoming connection of the server 530 to the 3G terminal 510 is connected, the content synthesis unit 536 may perform a video mini-hompy service or a voice call service with the 2G terminal 520. In operation S603, when the 3G linkage unit 532 recognizes that there is a recording option (S606), the 3G linkage unit 532 transmits a recording start request message to the content synthesis unit 536 (S609). The synthesizing unit 536 performs video and audio recording of the 3G terminal 510 which is the calling terminal (S612).

Next, when a timer or call termination event occurs (S615), the 3G interlocking unit 532 transmits a recording stop request message to the content synthesizing unit 536 (S618), and the content synthesizing unit 536 ends the recording. After that, the recording file is stored (S621). The content synthesizing unit 536 transmits the recording result to the 3G interlocking unit 532 (S624).

Meanwhile, as shown in FIG. 7, after the voice connection service is started with the 2G terminal 520 from the content synthesis unit 536 to the 3G terminal 510 after the incoming connection (S603), the 2G terminal 520 When the DTMF signal for recording is received from the 2G linkage unit 534 (S706), the 2G linkage unit 534 transmits a recording start request message to the content synthesis unit 536 (S709), and the content synthesis unit 536. ) According to the request of the homepage owner who is the user of the called party's 2G terminal 520, proceeds with the outgoing recording of the calling party's 3G terminal 510 (S712).

Next, when the DTMF signal for ending the recording is received from the 2G terminal 520 (S715) or when the setting time of the internal timer is completed (S718), the 2G linkage unit 534 transmits a recording stop request message to the content synthesizing unit 536. In step S724, the content synthesizing unit 536 stores the recorded file. The content synthesizing unit 536 transmits the recording result to the 2G interworking unit 534 (S727).

As described above, the preferred embodiment of the present invention has been disclosed through the detailed description and the drawings. The terms are used only for the purpose of describing the present invention and are not used to limit the scope of the present invention as defined in the meaning or the claims. Therefore, those skilled in the art will understand that various modifications and equivalent other embodiments are possible from this specification. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

100, 300, 530: video minihompy providing system or video minihompy server
200: video Myspace
110: calling terminal
130; Incoming terminal

Claims (22)

In a system for providing an interactive video homepage service to a calling terminal connected to a wired or wireless communication network,
A network interworking unit receiving a call setup request message from the calling terminal; And
Receiving a video channel connection request message with the calling terminal from the network interworking unit, opening a video channel with the calling terminal, and providing the video homepage service to the calling terminal before connecting with the called terminal through the video channel. A system for providing an interactive video homepage including a content synthesis and generation unit to a calling terminal.
The method of claim 1,
A system for providing an interactive video home page to a calling terminal further comprising an authentication processing unit for authenticating the video home page service preset for the called terminal.
The method of claim 1,
And a DTMF detector for detecting a DTMF (Dual Tone Multi Frequency) of the calling terminal or the called terminal.
The method of claim 3,
And the content synthesizing and generating unit provides the interactive terminal with an interactive video homepage for transmitting contents of the video homepage to the calling terminal in response to a DTMF signal of the calling terminal.
The method of claim 3,
And the content synthesizing and generating unit provides an interactive video home page to the calling terminal, which transmits the content of the video homepage to the calling terminal in response to a DTMF signal of the called terminal.
The method of claim 3,
The DTMF detecting unit receives a DTMF signal corresponding to a call connection with the called terminal selected in the video homepage from the calling terminal, and provides the calling terminal with an interactive video homepage for transmitting a call setup request message to the called terminal. system.
The method of claim 6,
And the content synthesizing and generating unit provides the calling terminal with an interactive video homepage for performing voice transcoding between the video channel with the calling terminal and the voice channel with the called terminal.
The method of claim 1,
A system for providing an interactive video homepage to a calling terminal further comprising an image minihompy authoring unit for providing a video homepage authoring service to the called terminal.
The method of claim 8,
The video mini-hompy authoring unit provides an interactive video homepage having an input window for creating and uploading a guestbook to the video mini-hompy by the calling terminal.
The method of claim 1,
A system for providing an interactive video home page to a calling terminal further comprising a content storage unit for storing contents of the video home page.
The method of claim 1,
The network interworking unit transmits a recording request message for the video or audio of the calling terminal or the called terminal to the content synthesizing and generating unit,
The content synthesizing and generating unit provides an interactive video homepage for recording an image or voice of the calling terminal or the called terminal to the calling terminal.
In a method for providing an interactive video homepage service to a calling terminal in a server connected to a wired or wireless communication network,
Receiving a call establishment request message from the calling terminal;
Opening a video channel with the calling terminal and providing the video homepage service to the calling terminal before connecting with the called terminal through the video channel;
How to provide an interactive video home page comprising a calling terminal.
The method of claim 12,
And providing an interactive video home page to a calling terminal, the method further comprising authenticating the preset video home service for the called terminal.
The method of claim 12,
And detecting a dual tone multi frequency (DTMF) of the calling terminal or the called terminal.
The method of claim 14,
And transmitting the contents of the video homepage to the calling terminal in response to a DTMF signal of the calling terminal.
The method of claim 14,
And transmitting the contents of the video homepage to the calling terminal in response to a DTMF signal of the called terminal.
The method of claim 14,
Receiving an DTMF signal corresponding to a call connection with the called terminal selected in the video homepage from the calling terminal, and transmitting a call setup request message to the called terminal; How to.
The method of claim 17,
And performing voice transcoding between the video channel with the calling terminal and the voice channel with the called terminal.
The method of claim 12,
And providing a video homepage authoring service to the called terminal.
The method of claim 19,
And providing an input window for creating and uploading a guestbook to the video mini-hompy at the calling terminal.
The method of claim 12,
And providing an interactive video home page to a calling terminal, the method comprising: storing contents of the video home page.
The method of claim 12,
And recording an image of the calling terminal in response to a DTMF signal of the called terminal.

Images