KR100568020B1 - Method and device for setting call by call mode - Google Patents

Abstract

The present invention relates to a method for separately setting a call path for each call mode when establishing a call between a calling terminal and a called terminal in a communication network. According to an embodiment of the present invention, a method for setting a call path for each call mode may include receiving a call connection request signal from a calling terminal, determining a call mode by analyzing a call mode classification code included in the call connection request signal, and corresponding to the determined call mode. Requesting location information of the called terminal to the home location register (HLR), transmitting an ISUP call connection request signal to the called exchange according to the called location information obtained from the home location register (HLR), and from the called exchange to the ISUP Receiving a call connection response signal, wherein the called exchange calls the called terminal; and interworking with the called exchange according to the answer of the called terminal to form a call path between the calling terminal and the called terminal; Include.

Call Mode, Access Network, Division, Exchange (MSC), Voice, Line, Packet

Description

Method and apparatus for setting up a channel using a call mode selected by a calling party}             

1A is a diagram schematically illustrating a configuration of a general wired and wireless communication network.

1B is a view for explaining various call modes between mobile communication terminals.

2 is a signal flow diagram illustrating a signal processing procedure for a video call using a conventional SIP message.

3 is a signal flow diagram illustrating a signal processing procedure for a video call using a conventional H.323 protocol.

4 is a flowchart illustrating a process of talking in a plurality of call modes using a conventional mobile communication terminal.

5 is a diagram illustrating an example of operation of a call mode in a conventional mobile communication terminal.

6A illustrates an example of a communication system to which a call setting service for each call mode may be applied according to an exemplary embodiment of the present invention.

6B is a diagram illustrating an application example of a call path setting service for each call mode according to an exemplary embodiment of the present invention.

6C is a diagram for explaining a dialing number according to one preferred embodiment of the present invention.

7A is a flowchart illustrating a call setup process by call mode according to an exemplary embodiment of the present invention.

7B is a flowchart illustrating a call setting process for each call mode according to a modification of the preferred embodiment of the present invention.

8 is a flowchart illustrating a call setup process for each call mode according to another exemplary embodiment of the present invention.

9 is a flowchart illustrating a response process of a called terminal in a call path setting for each call mode according to an embodiment of the present invention.

10 is a view schematically showing the configuration of a calling mobile terminal according to an embodiment of the present invention.

11 is a diagram showing a module configuration of a calling mobile terminal according to an embodiment of the present invention.

12 illustrates an example of a user interface operation of a calling terminal for a call path setting service for each call mode according to an exemplary embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

601: originating terminal 603: originating exchange

605: terminating terminal 607: terminating exchange

609 communication network 611 service providing device

1000: mobile communication terminal

The present invention relates to a method and apparatus for distinguishing and setting a call path for each call mode by using a call mode identification code included in a dialing number when establishing a call between a calling terminal and a called terminal in a communication network.

In general, the existing phone only supports voice calls between people, so it was mainly used to establish a call path between the calling phone and the called phone through the phone number of the corresponding phone. On the other hand, due to the increase in the mode of communication between telephones due to the development of technology in the field of electronics and communication, it is now possible for the calling telephone and the called telephone to talk in various call modes in a communication network such as the communication network shown in FIG. Was done. The call mode refers to a voice call, a video call, a still video call, a data call, for example.

Using the telephone including the mobile communication terminal as described above, it is possible for the calling telephone and the called telephone to talk in various call modes. For example, as shown in FIG. 1B, the calling phone and the called phone can make a call in a voice call mode, a video call mode, a chat call mode, a network game call mode, a file transfer call mode, a data session call mode, and the like. . In particular, when using a mobile communication terminal such as a mobile phone, PDA phone, etc., a communication service and the Internet can be freely used without being limited to a place. The various call modes mentioned above will be described by way of example below.

First, the hypertext transfer protocol (HTTP) call mode between the calling terminal and the called terminal will be briefly described. The HTTP call mode refers to a one-to-one message exchange structure between a client terminal and a server terminal. For example, a mail client such as POP3 also has a message exchange structure like the HTTP call mode. That is, in the HTTP communication mode, the client's HTTP browser sends a 'GET' request message to the server according to the user's request, and the server accordingly sends a '200' OK (processing the request to send data) or Return a response message such as '404' Not found. On the other hand, in HTTP communication, when a client user posts on a bulletin board, the client sends a 'PUT' or 'POST' request message to the server, and the server sends a '200' OK message indicating that the content has been processed. . Through this process, the client terminal and the server terminal talk in the HTTP communication mode. The following describes a video call using a more complicated protocol.

2 is a signal flow diagram illustrating a signal processing procedure for a video call using a conventional Session Initiation Protocol (SIP) message.

Referring to FIG. 2, call establishment of SIP is not a general request-response structure for negotiating information on a session including information on a codec or a terminal function. It has a three-step structure: Request (INVITE), Provisional Response (180 Ringing), Final Response (200 OK), and Acknowledgement (ACK). Specifically, the client sends an INVITE message to set up a call to the server (step 201). The server sends a 180 Ringing message to the client indicating that the called party is ringing (step 203). The server also sends a 200 OK message to the client indicating that the called party has answered the call (step 205). Thereafter, the client sends an ACK message indicating that the called party has received the 200 OK message to the server (step 207). As a result of this process, call setup is established between the client and the server, and the client and server make a video call (step 209).

During the video call, the client sends an INFO message to the server for delivering data other than video (step 211). The server sends a 200 OK message to the client confirming receipt of the INFO message in response to the INFO message (step 213). In this case, the INFO message and the 200 OK message may be round-trip several times between the client and the server. Then, if the user wants to hang up, for example, the client sends a BYE message to the server (step 215). The server receiving the BYE message sends a 200 OK message to the other party (step 217). As a result of this process, the video call modes of the client and server are released.

As such, video calls require the use of slightly more complex protocols. That is, a response to a request must be processed while repeating a process called an information response or an informative / provisional response until a final response comes. In this case, several requests and responses may be provided in one group to provide one service.

3 is a signal flow diagram illustrating a signal processing procedure for a video call using a conventional H.323 protocol.

Referring to FIG. 3, a video call using the H.323 protocol is made by a calling client, a RAS (Registration, Administration and Status) server that manages the network connection of the terminal, and a receiving server. In addition, in a video call using the H.323 protocol, the H.225 protocol for allocating channels, the Q.731 protocol for connecting and disconnecting calls to and from an originator, the logical channel to be set and the terminal functions are set up, and the logical channel is established. The H.245 protocol, which opens and closes in combination, connects the calls.

Specifically, the client sends an ARQ (Admission ReQuest) message to the RAS server to receive the channel connection permission (step 301). If the terminal is allowed to access, the RAS server sends an ACF (Admission ConFirm) message to the client (step 303). The client then sends a Setup message to open the call with the called server (step 305). The server sends a Call Proceeding message to the client confirming receipt in response to the Setup message received from the client (step 307).

The destination server goes through a channel connection grant procedure to the RAS server similarly to the originating client. That is, the called server transmits an ARQ message to the RAS server to receive a channel connection permission (step 309). If the terminal is allowed to connect, the RAS server sends an ACF message to the called server (step 311).

Thereafter, the called server sends an alerting message indicating that the calling client has ringed using the Q.731 protocol (step 313). The called server sends a Connect message indicating that the called terminal subscriber picked up the receiver (step 315). As a result of the above process, the client-side calling terminal and the server-side called terminal make a call in the video call mode (step 317).

During the above mentioned step 317, the calling terminal and the called terminal exchange video calls by exchanging the H.245 protocol. H.245 protocol exchange consists of a TerminalCapabilitySet that informs the other party of terminal functions and its response, TerminalCapabilitySetAck, and MasterSlaveDetermination and MasterSlaveDeterminationAck for determining the Master and Slave in call setup and call management. MultiplexEntrySend and MultiplexEntrySendAck for exchanging Multiplex Entries to distinguish between them, and OpenLogicalChannel and OpenLogicalChannelAck messages to open logical channels. In addition, the above-mentioned H.245 protocol exchange is omitted when FastStart is used as an option of the Q.731 message.

The client-side calling terminal and the server-side called terminal then disconnect the channel by exchanging CloseLogicalChannel and CloseLogicalChannelAck using the H.225 protocol (steps 319 and 321). In addition, the calling terminal removes the signaling channel by sending a ReleaseComplete message to the called terminal (step 323). Thereafter, the calling terminal and the called terminal transmit a DRQ (Disengage ReQuest) message to the RAS server (step 325 and step 327). The originating terminal and the terminating terminal transmit a DCF (Disengage ConFirm) message indicating the end of the call to the RAS server and terminate the connection (steps 329 and 331).

The conventional method for using the various call modes mentioned above is described below. 4 is a flowchart illustrating a process of making a call in a plurality of call modes using a conventional mobile communication terminal.

Referring to FIG. 4, first, a calling terminal subscriber using a calling terminal attempts a voice call by operating a user interface displayed on a display of the terminal (step 401). At this time, the calling terminal automatically enters the voice call mode by the user (step 403). When the user presses the call button of the calling terminal, the calling call is transferred to the called terminal through the exchange in the mobile communication network. Through this process, the calling terminal and the called terminal are connected in the voice call mode (step 405). As a result of this process, the calling terminal and the called terminal make a call in the voice call mode (step 407). When the call is terminated by the calling terminal or the called terminal, the voice call mode is released (step 409).

On the other hand, the calling terminal subscriber again attempts to make a data call by manipulating the user interface of the calling terminal (step 411). At this time, the calling terminal enters a packet data call mode state by, for example, the user stepwise selecting a menu of the user interface in several steps (step 413). When the user presses the call button of the originating terminal, the originating call is transferred to the exchange in the mobile communication network, and the originating terminal is connected with the destination terminal such as a mobile phone, a web server, etc. by the exchange and the network interworking device in the mobile communication network (step 415).

Thereafter, the calling terminal uses at least one data service of a video call, a chat, a network game, and file transmission and reception provided by the called terminal in the packet data call mode (step 417). When the originating terminal or the terminating terminal ends the packet data call mode, the packet data call mode is released (step 419).

As such, when various call modes are used by using a conventional personal portable terminal, the calling terminal subscriber has an inconvenience in that the user interface must be operated in various steps for a specific call mode other than the voice call mode. This user interface manipulation process is described below with an example.

5 is a diagram illustrating an operation example of a specific call mode in a conventional mobile communication terminal.

Referring to FIG. 5, when the calling terminal subscriber wants to play a network game, the calling terminal should be prepared to access the corresponding server in the data communication mode. To this end, the calling terminal subscriber should operate a series of user interfaces after selecting a specific key or menu in the standby mode of the calling terminal.

That is, the calling terminal subscriber sequentially selects a specific menu of the data communication mode by pressing specific keys or menus in the standby mode of the calling terminal, and attempts to connect to the server of the corresponding site by pressing the access button. Then, when connected to the site, the calling terminal subscriber selects a menu provided by the server of the site, and is provided with a network game service corresponding to the selected menu.

In the related art, however, it was possible to make a call using various call modes or to make a call in two or more call modes at the same time. However, in order to use each call mode, the user interface of the mobile communication terminal may be used in various stages. It is inconvenient to operate over. That is, in order to use various call modes in a conventional mobile communication terminal, a user who uses the mobile communication terminal manipulates the user interface in several steps to select a service such as video call, chat, network game, file transfer, etc. in addition to voice call. The disadvantage is that it must.

In addition, in the conventional communication network, as shown in Table 1 below, there is no method of distinguishing each call mode when the called party is the same in connecting each call mode with only a number for voice call. In other words, the current dialing number uses a domestic numbering system having a network number, area code, subscriber station number, and subscriber individual number system in accordance with the Ministry of Information and Communication. Therefore, the conventional telephone number has a limitation in supporting various call modes in the mobile communication terminal.

Component Network number Area Code Subscriber number Country code Subscriber Individual Number Digit 2-4 1-2 1-4 4

In addition, it is possible to consider a method of distinguishing each call mode by using various buttons or menus, but as mentioned above, it requires a user interface operation action that requires the user to operate buttons while continuously watching the screen during a call attempt. This reduces the ease of call manipulation. In addition, it is not easy to maintain consistency even in various ways of accessing one person or one called terminal on a speed dial or phone book.

SUMMARY OF THE INVENTION An object of the present invention is to provide a method and apparatus for setting a call mode by call mode, which includes a plurality of access networks and can easily set a call mode or a specific call mode access network by using a dialing number in an evolving communication network.

Another object of the present invention is to provide a method and apparatus for setting a call mode by call mode, which can be set simply by pressing a dialing number for various call modes such as voice call, video call, chat, network game, and file transfer.

Another object of the present invention is to set a specific call mode using a dialing number in the calling mobile communication terminal in advance, thereby reducing the unnecessary traffic in the communication network when setting up a call between the calling terminal and the called terminal. It is to provide a setting method and apparatus.

In order to achieve the above object of the present invention, according to an aspect of the present invention, includes an originating side exchange (MSC) managing at least one originating terminal and a called side exchange (MSC) managing at least one destination terminal. A method for setting a call path for each call mode in the calling exchange in a communication network, the method comprising: receiving a call connection request signal from the originating terminal, wherein the call connection request signal corresponds to an originating terminal. A terminal identifier, a called terminal identifier corresponding to the called terminal, and a call mode distinguishing code, wherein the call mode distinguishing code includes an extension identifier and a call mode number; and, a call mode distinguishing code included in the call connection request signal. Analyzing and determining a call mode, and attaching to the home location register (HLR) corresponding to the determined call mode. Requesting location information of a new terminal, transmitting an ISUP call connection request signal to the called exchange according to the called location information obtained from the home location register (HLR), and receiving an ISUP call connection response signal from the called exchange. Receiving, wherein the called side exchange calls the called terminal; and forming a call path between the calling terminal and the called terminal in cooperation with the called side exchange according to the response of the called terminal. It may provide a method of setting a call for each call mode comprising a.

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According to another aspect of the present invention, a call mode in the calling terminal in a mobile communication network including a calling side exchange (MSC) managing at least one originating terminal and a called side exchange (MSC) managing at least one called terminal. A method for setting a call path for each call, the method comprising: transmitting a call connection request signal to the originating exchange, wherein the call connection request signal is a calling terminal identifier corresponding to the calling terminal and a called terminal corresponding to the called terminal. An identifier, and a call mode identification code; and forming a call path between the calling terminal and the called terminal by interworking the calling exchange and the called exchange, wherein the calling terminal and the called terminal are formed. The terminal makes a call in a call mode corresponding to the call mode classification code by using the call path, and establishes the call mode. The minute code may provide a method for setting a call for each call mode, including an extended separator and a call mode number.

In a preferred embodiment, the call mode includes at least one of the voice call mode, the line data call mode, and the packet data call mode.

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The voice call mode, the circuit data call mode, and the packet data call mode may be set using a voice network, a circuit switched network, and a packet switched network, respectively.

According to another aspect of the present invention, a call path for each call mode in a mobile communication network including a calling side exchange (MSC) managing at least one originating terminal and a called side exchange (MSC) managing at least one called terminal. In the calling side exchange setting means, means for receiving a call connection request signal from the calling terminal, wherein the call connection request signal is a calling terminal identifier corresponding to the calling terminal, a called terminal identifier corresponding to the called terminal and Means for determining a call mode by analyzing a call mode distinguishing code included in the call connection request signal, the call mode distinguishing code comprising a call mode distinguishing code, the call mode distinguishing code including an extended separator and a call mode number; Means for requesting location information of the called terminal to the home location register (HLR) corresponding to the Means for sending an ISUP call connection request signal to the called side exchange according to called location information obtained from an HLR, and means for receiving an ISUP call connection response signal from the called side exchange, wherein the called side exchange is the called party. A calling party switch configured to make a call per call mode, comprising means for calling a terminal and forming a call path between the calling terminal and the called terminal in association with the called side exchange according to a response of the called terminal. Can be provided.
In a preferred embodiment, the source side exchange means for receiving information on the call mode from a service providing server coupled to a wireless intelligent network (WIN) comprising a service switch (SSP) recognizing the call mode discrimination code. It characterized in that it further comprises.

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According to another aspect of the present invention, a call path for each call mode in a mobile communication network including a calling side exchange (MSC) managing at least one originating terminal and a called side exchange (MSC) managing at least one called terminal. A source-side mobile telecommunication terminal for establishing an antenna, comprising: an antenna, a high frequency processor coupled to the antenna and a duplexer separating a transmission and a reception frequency, a base band coupled to the high frequency processor and including a baseband processor and a peripheral device. A band processor, a user interface for receiving a dialing number including a call mode identification code, and a peripheral device including a storage means, coupled to the base band processor and the peripheral device, and classifying a call mode using the dialing number A mobile communication terminal including a call mode processing unit; Can.

Next, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

6A is a diagram illustrating an example of a communication system to which a call setting service for each call mode may be applied according to an exemplary embodiment of the present invention.

Referring to FIG. 6A, a method for setting a call for each call mode according to an exemplary embodiment of the present invention will be described below. First, when the caller transmits a phone number (hereinafter referred to as a 'dialing number') including a call mode classification code to the called terminal 605 by using the calling terminal 601, the calling side exchange 603 After the location of the called terminal 605 is determined, the call connection request signal is transmitted to the called side exchange 607 through the mobile communication network 609. The call mode identification code includes an extension separator and a call mode number. Thereafter, the calling side exchange 603 recognizes the call mode classification code included in the dialing number and requests a call connection to the called side exchange 607 using the call mode or connection / switching network corresponding to the call mode classification code. do. On the other hand, the calling side exchange uses the setting information of the call mode setting service for each call mode to which the caller is subscribed, and recognizes the call mode classification code from the service providing server 611 which is an Intelligent Peripheral (IP). Can be received. Through the above process, the caller and the called party can make a call using the call mode selected by the caller.

6B illustrates an example of a call path setting service for each call mode according to an exemplary embodiment of the present invention.

Referring to FIG. 6B, when a dialing number including a call mode distinguishing code is transmitted from a mobile communication terminal (calling terminal), a call path setting service according to an embodiment of the present invention distinguishes a call mode by the exchange in the communication network. The code is determined and a call setup is performed between the calling terminal and the called terminal using a specific call mode.

On the other hand, determining the call mode identification code included in the dialing number may be made by separate call mode determination means coupled to the exchange in addition to the exchange. In this case, the exchange may receive the recognition information through the intelligent peripheral device (IP) that recognizes the call mode classification code as the intelligent network service call, and may perform call setup accordingly. The intelligent peripheral device includes a service providing device for a call setting service for each call mode according to the present invention.

Referring back to FIG. 6B, a call mode setting service according to an embodiment of the present invention provides a dialing number when a mobile communication terminal (calling terminal) sends a dialing number including a call mode identification code. After determining the call mode discrimination code included in the call mode, the call connection request signal including the calling terminal identifier corresponding to the calling terminal and the called terminal identifier corresponding to the called terminal is transmitted to the calling exchange. Therefore, the exchange in the communication network performs call setup between the calling terminal and the called terminal according to the identification information of the calling terminal and the called terminal included in the call connection request signal in a conventional manner.

Referring again to FIG. 6B, a call mode setting service for each call mode according to an embodiment of the present invention may be performed when the mobile communication terminal (calling terminal) sends a dialing number including a call mode identification code. After determining the call mode discrimination code included in the number, the call access request signal excluding the call mode discrimination code is transmitted to the source exchange coupled to the specific access network. Therefore, the originating exchange performs call establishment between the originating terminal and the called terminal through the access network selected by the mobile communication terminal in a conventional manner. Access networks include packet data networks, circuit data networks, and voice networks.

As described above, according to the present invention, only a dialing number can be used to select and make a specific call mode. In other words, the originating terminal does not need to operate the user interface in several steps in order to operate a specific call mode. In addition, the calling terminal and the called terminal may transmit and receive voice, data, or voice and data in a selected call mode from the communication network or the calling terminal. The dialing number will be described in detail below.

6C is a diagram for explaining a dialing number according to an exemplary embodiment of the present invention.

Referring to FIG. 6C, a dialing number according to the present invention includes a telephone number consisting of a network number, an area code, a subscriber station number, a subscriber individual number, an extended separator, and a call mode number. Here, the network number and area code may be omitted. In addition, the station code and subscriber ID number may be changed according to the region or country of use. In addition, the extension separator and the call mode number are preferably made of two digits or less, but are not limited to a specific digit but may be set to any digit of three or more digits.
In addition, a call mode classification code consisting of an extension separator and a call mode number included in the dialing number is included in the dialing number as one unit as shown in Table 2 below. Here, the extended separator is responsible for distinguishing a terminal identifier, which is an existing general telephone number, and a call mode number. That is, if the identification code is input after the terminal identifier, the number input after the identification code is recognized as a call mode number. Therefore, the call mode classification code may perform what is normally intended when it includes both the extension separator and the call mode number.
An example of the aforementioned dialing number is shown in Table 2 below.

No. Dialing number Call Mode Description One 02-1234-5678 Regular voice calls 2 016-111-2246-#-2 Data call-send image to destination 3 02-2016-1234-*-1 Data Calls-Accessing Specific Wireless Internet Sites 4 016-234-4567-**-01 Data Calls-Chat Site Access 5 018-432-6789-##-03 Data currency-access network game sites

As shown in Table 2, according to the present invention, by using a dialing number including an extended delimiter and a call mode number to distinguish various call modes in a terminal, a user can select and use a desired call mode very simply. have. In particular, users can use various call modes more easily by assigning dialing numbers as shortcuts. For example, a user may designate and store a dialing number for accessing a recently popular network game server in a data communication mode in dial 10, and dialing for accessing a video service mode to a chat service providing device in dial 20. By assigning and storing numbers, users can easily access and talk in a particular call mode without having to repeatedly manipulate the user interface in several steps.

In addition, if the mobile communication terminal supports the function of recognizing the dialing number, the user of the mobile communication terminal can conveniently set and use the dialing number irrespective of the switch in the mobile communication network. In this case, the user can store the dialing number including at least the telephone number and the call mode identification code for the called terminal in the memory of the mobile communication terminal, and then use the call setting service for each call mode very conveniently if necessary ( See Table 2).

7A is a flowchart illustrating a method for setting a call for each call mode according to an exemplary embodiment of the present invention. 7B is a flowchart illustrating a method for setting a call for each call mode according to a modification of the preferred embodiment of the present invention.

Referring to FIG. 7A, the originating exchange first receives a call connection request signal from the originating terminal (step 701). At this time, the call connection request signal is generated by the calling terminal subscriber entering the dialing number at the calling terminal and pressing the call button. The call connection request signal according to the present invention includes a calling terminal identifier corresponding to the calling terminal, a called terminal identifier corresponding to the called terminal, and a call mode identification code. The call mode identification code includes an extension separator and a call mode number. Here, the extended separator means a signal generated by two button inputs of an asterisk (*) button and a pound sperm (#) button in the telephone. In addition, the call mode number refers to a signal generated by two button inputs among buttons 0 and 1-9. Of course, the present invention is not limited to the extension delimiter and the call mode number each generated by two button inputs. Since this is presented in consideration of user convenience, it can be changed as appropriate.

At this time, the originating exchange that receives the call connection request signal from the originating terminal detects the call mode classification code in the call connection request signal (step 703). Of course, at this time, if the calling exchange does not detect the call mode number coupled after the extension separator, it performs call setup according to the existing call setup procedure. The calling exchange then interprets the call mode identification code (step 705).

The calling exchange that interprets the call mode classification code selects a call mode or access network corresponding to the call mode classification code (step 711). In this case, the calling exchange does not need to perform a complicated check procedure several times for the call mode selected by the calling terminal subscriber. That is, the originating exchange can immediately start the call setup process according to the call mode classification code of the user. Therefore, according to the present invention, when setting up a call using a protocol supporting a specific call mode in setting up a call between an originating terminal and a called terminal, it is possible to reduce traffic due to internal signal exchange between the exchange or between the exchanges.

Thereafter, the calling exchange establishes a call between the calling terminal and the called terminal in association with the called exchange (step 713). For example, the calling side exchange sends an ISUP call connection request signal to the called side exchange according to the called position information obtained from the home location register (HLR). The originating exchange receives the ISUP call connection response signal from the called exchange. At this time, the called side exchange calls the called terminal. When the called terminal responds, a call (call path) is formed between the calling terminal and the called terminal.

As a result of the above process, the calling terminal and the called terminal make a call using the call path set to the call mode selected by the calling terminal subscriber. Therefore, the call mode setting service for each call mode according to the present invention provides a user with convenience of using various call modes.

On the other hand, referring to Figure 7b, according to the present invention, the method for setting the call mode for each call mode according to the present invention does not recognize or determine the call mode distinguishing code, but the call mode distinguishing code is connected to the call mode distinguishing code from the service providing apparatus coupled to the calling exchange. And receiving recognition information about the application (steps 707 and 709). According to the present invention, since the service providing apparatus transmits the recognition information on the call mode classification code to the calling exchange, the calling exchange exchanges the switch in software to recognize the call mode classification code for the call setting service for each call mode. There is no need to upgrade to hardware or install additional hardware at the exchange. Meanwhile, in the present specification, the service providing device is mainly referred to as interworking with a service exchanger (SSP) coupled with a service control point (SCP), but the SSP recognizes a call mode classification code and transmits the information through SCP, as well as the present invention. It may also be made to deliver to the side exchange.

8 is a flowchart illustrating a call setup process by call mode according to another exemplary embodiment of the present invention. 9 is a flowchart illustrating a response process of a called terminal in a call path setting for each call mode according to an exemplary embodiment of the present invention. In this embodiment, the mobile communication terminal includes a call mode processing function for a call setting service for each call mode.

Referring to FIG. 8, when a dialing number is input (step 800) by a calling terminal subscriber at a calling mobile terminal (sending terminal), the calling terminal recognizes the dialing number by the call mode processor (step 801). Thereafter, the calling terminal determines whether a specific call mode identification code exists in the dialing number (step 803). As a result of the determination, if a specific call mode classification code exists, the calling terminal recognizes / interprets the call mode classification code (step 805). At this time, the calling terminal reads the access network and / or call mode set corresponding to the call mode classification code from a storage device such as a memory. That is, the calling terminal selects an access network to use for connecting with the called terminal (step 807). In addition, the calling terminal selects a call mode to be used for connection with the called terminal (step 809). In step 807 and step 809, the calling terminal subscriber may select only the access network or only the call mode through the calling terminal. Thereafter, the originating terminal transmits the call connection request signal excluding the call mode classification code to the originating exchange (step 811). The originating exchange performs call establishment between the calling terminal and the called terminal according to the existing call setup procedure. As a result of the above process, the calling terminal and the called terminal make a call using the call path set to the call mode selected by the calling terminal subscriber (step 813).

Meanwhile, referring to FIG. 9, when the called terminal receives the call signal from the called side exchange (step 901), the called terminal responds to the call signal (step 903). In this case, in the case of a call using a specific call mode (step 905), the called terminal first determines whether to support the specific call mode by itself (step 907). As a result of the determination, if the called terminal supports the specific call mode, the called terminal calls the calling terminal in the specific call mode selected by the calling terminal subscriber (step 909). If the called terminal does not support a specific call mode, the called terminal calls the calling terminal using the available call mode or the basic call mode (step 911). For example, in the case of a video call, if the called terminal does not support the video call mode, the called terminal sets the voice call mode and then performs only the voice call using the call terminal and the voice call mode.

10 is a diagram schematically showing the configuration of a calling mobile terminal according to an embodiment of the present invention. In the present embodiment, an intermediate frequency CDMA terminal is described as an example.

Referring to FIG. 10, the mobile communication terminal 1000 according to the present invention includes an antenna 1001, a high frequency processor 1003, and a baseband processor 1015. The high frequency processor 1003 includes a duplexer 1005 coupled to an antenna and separating a transmission and reception frequency, a receiver Rx 1007, a transmitter Tx 1009, and an intermediate frequency unit IF 1011 and 1013. . The intermediate frequency is used to lower the 1.7 to 1.8 GHz band in two steps. That is, the intermediate frequency includes about 100 MHz as the first intermediate frequency band and about 5 MHz as the second intermediate frequency band.

The baseband processor 1015 includes a mobile station modem 1017. The modem chip 1017 refers to a core component of a terminal having a baseband processor. The modem chip 1017 is coupled to the intermediate frequency units 1011 and 1013 of the high frequency processor 1003 and is responsible for digital signal processing and call processing.

The baseband processor 1015 also includes a peripheral device 1019. The peripheral device 1019 includes an input / output device having a storage means such as a memory and a user interface. The user interface includes an interface for receiving a dialing number including at least a call mode identification code.

The baseband processor 1015 also includes a call mode processor 1021. The call mode processing unit 1021 is coupled to the modem chip 1017 and the peripheral device 1019 and processes the call mode according to the call mode classification code included in the dialing number. Call modes include voice call mode, line data call mode and packet data call mode for voice call, video call, chat, network game, file transfer and the like.

11 is a diagram illustrating a module configuration of a calling mobile terminal according to an embodiment of the present invention.

Referring to FIG. 11, a mobile communication terminal according to the present invention may use various operating systems (OSs) as OSs of a system. The OS provides a high level command to an application program interface (API) 1100 to control the operation of each application module 1120.

The mobile communication terminal includes a high level command processor 1103 for identifying each application module according to a high level command provided from the API 1100, decoding the high level command, and providing the same to the application module. The application module controller 1110 controls the operation of the application module 1120 according to the instructions provided from the high level command processor 1103. That is, the high level command processor 1103 identifies whether the corresponding application module 1120 exists according to the high level command provided through the API 1100, and when the corresponding application module 1120 exists, the corresponding application module 1120. Decode it into a command that can be recognized in) and transmit it to the mapping part or control message transmission. Here, the application module 1120 includes a dialing number processing module 1122, a call mode classification code processing module 1124, a call mode processing module 1126, and a connection mode processing module 1128. The application module controller 1110 includes mapping units 1112, 1114, 1116, and 1118 and interface units 1113, 1115, 1117, and 1119 for each application module, respectively.

The dialing number processing module mapping unit 1112 receives a high level command for processing an input signal of a dialing number from the high level command processing unit 1103 and maps the device level command to be processed by the dialing number processing module 1122. The dialing number processing module 1122 is provided to the dialing number processing module 1122 through the dialing number processing module interface 1113.

The call mode classification code processing module mapping unit 1114 searches the database in the memory for call mode setting information set by the user based on the call mode supported by the mobile communication terminal to determine whether the user of the mobile communication terminal requires the corresponding service. This is for judging and processing. That is, the call mode classification code processing module mapping unit 1114 receives a high level command for processing the call mode classification code from the high level command processing unit 1103 and recognizes the device by the call mode classification code processing module 1124. It maps to a level command and provides it to the call mode classification code processing module 1124 through the call mode classification code processing module interface 1115.

The call mode processing module mapping unit 1116 uses the specific call mode processed by the call mode classification code processing module 1124 to determine the call mode of the calling terminal so that the calling terminal can talk to the called terminal in a specific call mode state. This part is for setting. That is, the call mode processing module mapping unit 1116 receives a high level command for talking with the called terminal in a specific call mode state of the terminal from the high level command processing unit 1103, which the call mode processing module 1126 can recognize. Maps to device level commands and provides them to the call mode processing module 1126 via the call mode processing module interface 1117.

The connection mode processing module mapping unit 1118 is a part for establishing a communication path with the called terminal using a specific access network corresponding to the specific call mode processed by the call mode classification code processing module 1124. That is, the connection mode processing module mapping unit 1118 receives a high level command for selecting a specific access network from the higher level command processing unit 1103 so that the calling terminal can be connected with the called terminal through the specific access network. The module 1128 maps to a device level command that can be recognized, and provides it to the connection mode processing module 1128 through the connection mode processing module interface 1119. The aforementioned specific access network includes at least one access network among a voice network, a circuit switched network, and a packet switched network.

12 is a diagram illustrating an example of a user interface operation of a calling terminal for a call path setting service for each call mode according to an exemplary embodiment of the present invention.

Referring to FIG. 12, a mobile communication terminal according to an embodiment of the present invention may set its own communication mode. The user first selects a menu for communication mode setting on the initial screen 1201 of the mobile communication terminal for communication mode setting. Then, the user selects whether to set, change, or delete the communication mode on the lower menu screen 1203.

After selecting a menu for setting a communication mode in the submenu screen 1203, the user inputs a telephone number of a desired destination terminal in the selection screen 1205 for the selected submenu, and enters an extended separator and a call mode number. A dialing number according to the present invention is set as indicated by reference numeral 1207. If necessary, the user sets a shortcut key for the dialing number. Through this process, the user can store the dialing number set to select a specific call mode or access network as shown in Table 2, and use the call path to set the call mode with the called terminal.

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

According to the present invention, by using a dialing number including a call mode identification code, various call modes or specific access networks can be easily set up and communicate using a mobile communication terminal in an evolving communication network including a plurality of access networks. .

According to the present invention, the call service can be used more conveniently by simply setting various call modes such as voice call, video call, chat, network game, and file transfer by simply pressing a dial button of the calling terminal.

According to the present invention, it is possible to partially reduce the load of a network interworking device in an evolving communication network by presetting a specific call mode in an exchange or mobile communication terminal in the mobile communication network.

Claims (9)

A method for setting a call path for each call mode in a calling network in a communication network including a calling side exchange (MSC) managing at least one calling terminal and a called side exchange (MSC) managing at least one called terminal. To Receiving a call connection request signal from the originating terminal, wherein the call connection request signal includes a calling terminal identifier corresponding to the calling terminal, a called terminal identifier corresponding to the called terminal, and a call mode identification code; The mode separator code includes an extended separator and a call mode number; Analyzing a call mode classification code included in the call connection request signal to determine a call mode; Requesting location information of a called terminal to the home location register (HLR) corresponding to the determined call mode; Transmitting an ISUP call connection request signal to the called side exchange according to the called location information obtained from the home location register (HLR); Receiving an ISUP call connection response signal from the called side exchange, wherein the called side exchange calls the called terminal; And Forming a call path between the calling terminal and the called terminal in association with the called side exchange according to the answer of the called terminal; Method of setting to call by call mode comprising a. The method of claim 1, Receiving recognition information on the call mode classification code from a service providing server coupled to a wireless intelligent network (WIN) including a service switch (SSP) that recognizes the call mode classification code Call setting method according to the call mode, characterized in that it further comprises. In the method of setting a call path for each call mode in the calling terminal in a mobile communication network including a calling side exchange (MSC) managing at least one originating terminal and a called side exchange (MSC) managing at least one called terminal. In Receiving a dialing number, wherein the dialing number includes a called terminal identifier and a call mode discrimination code corresponding to the called terminal and the call mode distinguishing code includes an extended separator and a call mode number; Determining a call mode by analyzing a call mode classification code included in the dialing number; Transmitting a call connection request signal to the calling exchange in correspondence with the determined call mode; And Forming a call path corresponding to the call mode between the calling terminal and the called terminal by interworking between the calling exchange and the called exchange; Method of setting to call by call mode comprising a. delete The method according to claim 1 or 3, The call mode includes at least one of a voice call mode, a line data call mode, and a packet data call mode. Call mode setting method characterized in that the call. The method of claim 5, Wherein the voice call mode, the circuit data call mode and the packet data call mode are set using a voice network, a circuit switched network and a packet switched network, respectively. Call mode setting method characterized in that the call. In an originating exchange that establishes a call path for each call mode in a mobile communication network including a calling exchange (MSC) managing at least one calling terminal and a called exchange (MSC) managing at least one called terminal. Means for receiving a call connection request signal from the calling terminal, wherein the call connection request signal includes a calling terminal identifier corresponding to the calling terminal, a called terminal identifier corresponding to the called terminal, and a call mode identification code; The mode separator code includes an extended separator and a call mode number; Means for determining a call mode by analyzing a call mode identification code included in the call connection request signal; Means for requesting location information of a called terminal to the home location register (HLR) corresponding to the determined call mode; Means for sending an ISUP call connection request signal to the called side exchange according to the called location information obtained from the home location register (HLR); Means for receiving an ISUP call connection response signal from the called side exchange, wherein the called side calls the called terminal; And Means for establishing a call path between the calling terminal and the called terminal in association with the called side exchange according to the answer of the called terminal; Calling side exchange to set up a call-by-call mode comprising a. The method of claim 7, wherein Means for receiving recognition information on the call mode classification code from a service providing server coupled to a wireless intelligent network (WIN) including a service switch (SSP) recognizing the call mode classification code. Calling side exchange, characterized in that. An originating mobile terminal for establishing a call path for each call mode in a mobile communication network including a calling party exchange (MSC) managing at least one calling terminal and at least one called terminal (MSC) managing at least one called terminal. In antenna; A high frequency processor coupled to the antenna and including a duplexer for separating transmission and reception frequencies; A baseband processor coupled to the high frequency processor and including a baseband processor and a peripheral device; The peripheral device including a user interface for receiving a dialing number including a call mode identification code and storage means; And A call mode processor coupled to the baseband processor and the peripheral device to classify a call mode using the dialing number; Mobile communication terminal comprising a.

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