KR100687580B1 - Method and mobile telecommunication terminal for capable of confirming arrival information during absence - Google Patents

Abstract

A reception information confirmation method in absent state and a mobile communication terminal are provided to enable a user's terminal to generate a remote confirmation message which includes reception information to automatically send the generated message to another person's terminal, thus the user can confirm the reception information transmitted to the user's terminal by using the terminal of another person even when the user is in absent state. A key input unit(200) has a button for generating a remote control message according to a reception information confirmation function and for making a user confirm a transmitted remote control confirmation message. A display(202) displays an operated state of a terminal, and displays the remote confirmation message. A program storage(204) is mounted with a real-time operating system and terminal call processing software as well as a reception information confirmation application. A mode state storage(206) stores the current operation mode of the terminal as a state flag. A microprocessor drives the reception information application to control a process of displaying the remote confirmation message transmitted to the user on the display(202).

Description

Method and Mobile Telecommunication Terminal for Capable of Confirming Arrival Information During Absence

1 is a simplified diagram showing a mobile communication system capable of confirming incoming information while absent according to a preferred embodiment of the present invention;

2 is a diagram briefly showing an internal configuration of a mobile communication terminal A and a mobile communication terminal B capable of confirming incoming information while absent according to a preferred embodiment of the present invention;

Figure 3 is a flow chart showing a process of confirming the incoming information while absent in accordance with a preferred embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

100: mobile communication terminal A 102: base station transmitter A

104: base station controller A 106: mobile communication switching center

108: mobile communication terminal B 110: base station transmitter B

112: base station controller B 200: key input unit

202: display unit 204: program storage unit

206: mode state storage unit 208: camera unit

210: camera module 212: camera control processor

214: microprocessor 216: digital signal processing unit

218: baseband converter 220: RF signal processor

222: antenna 224: speaker

The present invention relates to a method and a mobile communication terminal capable of confirming incoming information while away. More specifically, if user A generates and transmits a remote control message requesting confirmation of incoming information to mobile terminal A using user B's mobile terminal B while not in possession of mobile terminal A, Terminal A generates a remote acknowledgment message including the incoming information according to the transmitted remote control message and automatically transmits it to the mobile communication terminal B, thereby confirming the incoming information transmitted to the mobile communication terminal A while the user A is absent. The present invention relates to a method and a mobile communication terminal capable of confirming incoming information while in absence.

Information and communication technology represented by the Internet and mobile communication is changing the life patterns of modern people. Nearly all homes, schools and offices use Internet-enabled personal computers, allowing them to learn information through Web sites, purchase goods through e-commerce, and exchange news via e-mail. Just a few years ago, people could only use voice communication-oriented mobile services using mobile terminals. Recently, however, a wireless Internet service has emerged in which a mobile communication terminal can receive data communication service using the Internet. With the advent of wireless Internet services, mobile subscribers include mobile financial services, content providing services, and e-government services, as well as voice calling services that allow mobile subscribers to talk freely regardless of time and place. Various additional services are available.

Apart from these wireless Internet services, SMS (Short Message Service) is now widely used among mobile communication services. SMS refers to a mobile communication service that can send and receive a text message consisting of a total of 80 bytes regardless of the communication between the mobile communication terminals. Unlike e-mail, SMS is widely used due to the advantage that the contents of a message are delivered to the counterpart user at the same time. SMS basically transmits reply numbers and messages between mobile communication terminals. In addition, SMS can be used as text messages, bank account inquiry, remittance, exchange rate information, travel information, traffic information, weather forecast, leisure information, TV information, You can also receive various information such as news, stock information and advertisements.

For modern people, a mobile communication terminal is the center of life such as being able to talk with other people regardless of time and place, send and receive messages with others, and receive various information through wireless Internet service. I'm going. As the mobile communication terminal becomes the center of life as described above, the modern people always carry the mobile communication terminal while performing their daily life. Since modern people live with mobile communication terminals and communicate with each other, urgent contact is also mainly focused on mobile communication. As such, when the absent situation in which the mobile communication terminal, which is the center of life, is not available for a while occurs, modern people cannot immediately confirm the urgent contact request transmitted to the mobile terminal, they cannot respond appropriately to the urgent contact request. There is this.

In order to solve the above problems, the present invention provides a remote control message for requesting confirmation of incoming information to the mobile communication terminal A using the mobile communication terminal B of the user B while the user A does not have the mobile communication terminal A. After generating and transmitting, the mobile terminal A generates a remote confirmation message including the incoming information according to the transmitted remote control message and automatically transmits the message to the mobile terminal B so that the mobile terminal A is absent while the user A is absent. It is an object of the present invention to provide a method and a mobile communication terminal capable of confirming incoming information while being absent to confirm the transmitted incoming information.

Therefore, according to the first object of the present invention, in the mobile communication terminal capable of confirming the incoming information during the absence, which can confirm the incoming information transmitted to the user during the absence, the numeric key for inputting the number of the telephone number In addition to the buttons for text input and SMS (Short Message Service, hereinafter referred to as 'SMS') button for inputting the content of the short message, the button to shoot the subject by driving the camera unit and the incoming information confirmation function Therefore, a key input unit having a button for generating a remote control message and confirming the received remote control confirmation message; A display unit configured to display an operation state of the mobile communication terminal, including a state of use of power, reception strength of radio waves, a date and time, and to display the remote confirmation message; A program storage unit equipped with a real time operating system, a mobile communication terminal call processing software, and an incoming call information confirming application; A mode state storage unit which stores a current operation mode of the mobile communication terminal selected by the key input unit as a state flag; And perform overall control so that voice transmission / reception and data transmission / reception in the mobile communication terminal are performed smoothly, and display the remote confirmation message transmitted to the user while the user is absent by driving the incoming information application. It provides a mobile communication terminal capable of confirming the incoming information while absent, characterized in that it comprises a microprocessor unit for controlling the process of displaying on the unit.

According to a second object of the present invention, there is provided a method for confirming incoming information during an absence, wherein the incoming information transmitted to the user can be confirmed even when the user is absent. Thus loading a user interface for generating a remote control message; (b) generating the remote control message; (c) sending the remote control message; (d) receiving a remote confirmation message corresponding to the remote control message; And (e) displaying the remote acknowledgment message.

In addition, according to a third object of the present invention, in the mobile communication system capable of confirming the incoming information during the absence, which can confirm the incoming information transmitted to the user during the absence of the user, the confirmation of the incoming information in possession of the user A mobile communication terminal for generating and transmitting a remote confirmation message including the incoming information when a request is made; A mobile communication terminal B for generating a remote control message requesting the transmission of the remote confirmation message and transmitting the generated remote control message to the mobile communication terminal A when it is desired to check the incoming information stored in the mobile communication terminal A other than the user; A base station transmitter which is a network endpoint device directly connected to the mobile communication terminal A and the mobile communication terminal B by performing baseband signal processing, wired / wireless conversion, and transmission and reception of a wireless signal; Controlling the base station transmitter, allocating and releasing radio channels for the mobile communication terminal A and the mobile communication terminal B, controlling transmission outputs of the mobile communication terminal A, the mobile communication terminal B and the base station transmitter, and soft cell-over between cells A base station controller performing soft hand-over and hard hand-over determination, transcoding and vocoding, GPS clock distribution, and operation and maintenance operations for the base station; The remote control message and the corresponding remote confirmation between the mobile communication terminal A and the mobile communication terminal B as a set of communication facilities that control the base station controller and provide a voice call or data exchange service to an unspecified number of subscribers. A mobile communication system capable of confirming incoming information while absent is characterized by including a mobile communication exchange station for efficiently allocating radio resources to send and receive messages.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are used as much as possible even if displayed on different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a diagram schematically illustrating a mobile communication system capable of confirming incoming information while absent according to a preferred embodiment of the present invention.

A mobile communication system capable of confirming incoming information while absent according to a preferred embodiment of the present invention includes a mobile communication terminal A 100, a base station transmitter A 102, a base station controller A 104, a mobile communication switching station 106, and a mobile communication system. Communication terminal B 108, base station transmitter B 110, base station controller B 112, and the like.

Brief description of the main features of the present invention. If the user A enters predetermined information in the mobile communication terminal B 108 of the user B while the user does not have the mobile communication terminal A 100 and transmits the predetermined information to the mobile communication terminal A 100, the mobile communication terminal A ( 100 reads the predetermined information to be transmitted, extracts the incoming information transmitted to the mobile communication terminal A 100 while the user A is absent, and automatically transmits the received information to the mobile communication terminal B 108, thereby avoiding The main feature is that user A can check the incoming information transmitted to mobile communication terminal A (100) using user B's mobile communication terminal (B 108). Here, the information input by the user A to the mobile communication terminal B 108 is defined as the above-mentioned predetermined information as a 'remote control message'. The remote control message consists of a text message in SMS form. In addition, the incoming information refers to information including incoming phone number information, incoming SMS information, and the like, transmitted to the mobile communication terminal A 100 while not in use. In addition, the information generated by the mobile communication terminal A (100) is transmitted to the mobile communication terminal B (108) to extract the incoming information transmitted to the mobile communication terminal A (100) in response to the remote control message, the extracted incoming information The information to create and transmit in the form of SMS is defined as 'remote confirmation message'.

In other words, when the user A wants to check the incoming phone number information among the incoming information transmitted to the mobile communication terminal A 100 while the user A does not have the mobile communication terminal A 100, the mobile communication of the user B is performed. Terminal B 108 enters a remote control message. Here, the remote control message is composed of a text message in the form of a letter indicating the type of incoming information that user A wants to confirm, and a text message in the form of a letter indicating a password for authenticating that the user requesting confirmation of the incoming information is a legitimate user. . Thereafter, when the mobile communication terminal B 108 transmits a remote control message to the mobile communication terminal A 100, the mobile communication terminal A 100 determines what incoming information the user A wants to confirm in the transmitted remote control message. After reading and authenticating whether the user requesting confirmation of the incoming information is a legitimate user, the mobile terminal A 100 extracts incoming information transmitted during the absence and generates a remote confirmation message including the extracted incoming information. There is a major feature to transmit to the mobile communication terminal A (100).

The base station transmitter A 102 and the base station transmitter B 110 are arranged in units of cells, and the mobile communication terminal A (100) and the mobile communication terminal (B 108) through a traffic channel among signal channels. Receives a call request signal from the mobile station, and transmits the received call request signal to the base station controller A (104), the base station controller B (112) or the mobile communication terminal A (100) present in the cell area under its control, mobile communication Location information registration for identifying the location of the terminal B 108 is performed. Also, the base station transmitter A 102 and the base station transmitter B 110 perform baseband signal processing, wired / wireless conversion, and transmission and reception of a wireless signal to directly communicate with the mobile communication terminal A 100 and the mobile communication terminal B 108. A network endpoint device that is connected. Here, the base station transmitter B 102 receives the remote control message from the mobile communication terminal B 108 and transmits it to the mobile communication switching station 106, and the base station transmitter A 108 transmits a remote acknowledgment message corresponding to the remote control message. After receiving the transmission from the mobile communication terminal A (100) and transmits to the mobile communication switching center (106).

The base station controller A 104 and the base station controller B 112 control the base station transmitter A 102 and the base station transmitter B 110, and the radio channel for the mobile communication terminal A 100 and the mobile communication terminal B 108. Assignment and release, control of transmission output of mobile communication terminal A (100), mobile communication terminal B (108) and base station transmitter (A 102), base station transmitter (B 110), intercell soft handover and hard Hard hand-over determination, transcoding and vocoding, GPS clock distribution, and operation and maintenance of the base station are performed.

In addition, the base station controller A 104 and the base station controller B 112 transmit the subscriber information of the location-registered mobile communication terminal A 100 and the mobile communication terminal B 108 to the mobile communication switching center 106. The base station controller A 104 and the base station controller B 112 are call request signals transmitted from the mobile communication terminal A 100 and the mobile communication terminal B 108 through the base station transmitter A 102 and the base station transmitter B 110. Is transmitted to the mobile switching center 106, and on the contrary, the base station controller A 104 and the base station controller B 112 transmit the call request signal transmitted from the mobile switching center 106 to the base station transmitter A 102 and the base station transmitter B ( It transmits to the mobile communication terminal A (100), the mobile communication terminal B (108) via 110.

The mobile communication switching station 106 has a control function for allowing the base station transmitter A 102 and the base station transmitter B 110 to operate efficiently and an interworking function with an exchange of a public switched telephone network (not shown). The short message received through the transmitter A 102 and the base station transmitter B 110 is transmitted to and stored by a short message service (SMS) center (not shown), and the short message is again transmitted from the SMS center. Received by the base station transmitter A (102), and transmits to the base station transmitter B (110). In addition, in the present invention, the mobile communication switching station 106 receives the remote confirmation message corresponding to the remote control message from the mobile communication terminal A (100) and transmits it to the mobile communication terminal B (108), whereby the user A is absent. The base station controller A 104 and the base station controller B 112 control the assignment of radio resources so that the incoming information transmitted to the mobile communication terminal A 100 can be confirmed.

When the mobile communication switching station 106 registers location information of the mobile communication terminal A 100 and the mobile communication terminal B 108 through the base station transmitter A 102 and the base station transmitter B 110, the mobile communication switching center ( 106) After temporarily storing subscriber information of the mobile terminal A (100) and the mobile terminal B (108) in the Visitor Location Register (not shown), the Home Location Register ( Requests location information registration of the mobile communication terminal A (100) and the mobile communication terminal B (108).

2 is a diagram showing the internal configuration of the mobile communication terminal A, the mobile communication terminal B capable of confirming incoming information while absent according to a preferred embodiment of the present invention.

According to a preferred embodiment of the present invention, the internal configuration of the mobile communication terminal A (100) and the mobile communication terminal (108) capable of confirming incoming information while absent may include a key input unit (200), a display unit (202), and a program storage unit ( 204, the mode state storage unit 206, the camera unit 208, the microprocessor 214, the digital signal processor 216, the baseband converter 218, the RF signal processor 220, the antenna 222, Speaker 224, microphone 226, and the like.

In the present invention, the user B (or user A) 's mobile communication terminal B 100 while the user B (or user A) is not in possession of the mobile communication terminal A 100 (or the mobile communication terminal B 108). (Or mobile terminal B (108)) has the main feature to confirm the incoming information to the mobile terminal A (100) (or mobile terminal B 108). Therefore, the mobile terminal A 100 and the mobile terminal B 108 read the remote control message transmitted to read what incoming information the user wants to confirm, and whether the user who wants to confirm the incoming information is a legitimate user. Authenticate, extract incoming call information corresponding to the remote control message, and generate a remote confirmation message including the extracted remote control message.

In the following process, for convenience of description, user A generates a remote control message using user B's mobile communication terminal B 108 and transmits the message to the mobile communication terminal A 100 and transmits the mobile communication terminal A 100 to the mobile communication terminal A 100. Assume that the receipt information is received by receiving a remote confirmation message including the incoming information. In addition, when the remote control message is generated and transmitted to the mobile terminal A (100) (or mobile terminal B (108)) in the present invention, the mobile terminal B (108) transmits a remote acknowledgment message including incoming call information corresponding thereto. (Or mobile communication terminal A (100)) is defined as a function of receiving information called 'incoming information.

Mobile communication terminal A (100), mobile communication terminal B (108) according to a preferred embodiment of the present invention is a PDA (Personal Digital Assistant), cellular phone, PCS (Personal Communication Service) phone, GSM (Global System for Mobile) phone , Wideband CDMA (W-CDMA) phones, CDMA-2000 phones, Mobile Broadband System (MBS) phones, and the like. Here, MBS phone refers to a mobile phone to be used in the fourth generation system currently being discussed.

The key input unit 200 includes a number key for inputting a number such as a phone number, a button for inputting a content of a short message using a button for text input, and an SMS, and a camera 108 to photograph a subject. And a button for generating a remote control message and confirming the remote control confirmation message according to the incoming information confirmation function according to a preferred embodiment of the present invention. In the present invention, the user A manipulates the key input unit 200 provided in the mobile communication terminal B 100 to generate a remote control message for requesting incoming information to be confirmed while away from the user.

The display unit 202 may include incoming information in response to an operation state of a mobile communication terminal including a power supply state, a radio wave reception intensity, a date and time, and a remote control message according to a preferred embodiment of the present invention. The remote confirmation message is received from the mobile communication terminal A 108 and displayed.

The program storage unit 204 includes an electrically erasable programmable read only memory (EEPROM), a flash memory, a random access memory (RAM), and the like. The flash memory stores a real time operating system, a mobile terminal call processing software, an incoming call information confirming application, and the like, and these software are loaded into the RAM and driven.

Here, the incoming information confirming application is developed / provided as a WIPI (Wireless Internet Platform for Interoperability) or a Qualcomm BREW application, and generates and generates a remote control message including incoming information requesting confirmation while User A is absent. Transmitting the remote control message to the mobile communication terminal A 100 (or mobile communication terminal B 108), including incoming information from the mobile communication terminal A 100 (or mobile communication terminal B 108). It refers to software that performs a job including receiving a remote confirmation message and displaying the same on the display unit 202.

The mode state storage unit 206 sets the current operation modes of the mobile communication terminal A 100 and the mobile communication terminal B 108 selected by the key input unit 200 in a state flag (eg, 0, 1, 2, Save it as ...) That is, the microprocessor 214 distinguishes the standby mode, the call mode, the search mode, the call mode, the general incoming mode, the incoming information checking function mode, and the like of the mobile terminal A 100 and the mobile terminal B 108. The mode state storage unit 206 is updated by assigning a unique state flag for each mode.

The camera unit 208 refers to an apparatus for generating image data including a still image and / or a moving image by photographing a subject, and a camera control processor 212 controlling an operation of the camera module 210 and the camera module 210. ). The camera module 210 includes an image pickup device of a Charge Coupled Device (CCD) or Complementary Metal Oxide Semiconductor (CMOS) type, and the Camera Control Processor 212 is a central processing unit. The overall operation of the controller 210 may be controlled, for example, a zoom function, a flash function, a still image shooting, and a video shooting.

The microprocessor 214 controls the overall operation of voice transmission / reception and data transmission / reception in the mobile communication terminal A 100 and the mobile communication terminal B 108. In addition, the microprocessor 214 generates a remote control message requesting confirmation of the incoming information according to the incoming information confirmation function and transmits the generated remote control message to the mobile communication terminal A 100 and receives the remote confirmation message corresponding to the remote control message. The process of displaying the incoming information included in the confirmation message on the display unit 202 is controlled.

The digital signal processor 216 functions as an equalizer for coding or decoding a voice signal and removing multipath noise, and processes audio data and video data downloaded in the process of using the wireless Internet. A digital signal processing processor that performs a decoding function. In addition, the digital signal processor 216 exchanges speech data with the baseband converter 218 and receives digital data RX DATA from the baseband converter 218.

The baseband converter 218 converts a signal transmitted / received between the digital signal processor 116, the RF signal processor 220, the speaker 224, and the microphone 226 into a baseband band signal, and converts the digital analog signal into a digital analog signal. Performs functions such as digital to analog conversion and analog to digital conversion. The baseband converter 218 transmits the transmission data TXIQ to the RF signal processor 220, and controls the power of the RF signal processor 220 or automatically controls the gain thereof. The RF signal processor 220 receives the received signal RFIQ.

The RF signal processor 220 demodulates and amplifies the RF signal received from the antenna 222, modulates a transmission signal applied from the baseband converter 218, and transmits the modulated signal to the propagation space. The speaker 224 outputs acoustic data transmitted from the baseband converter 218 as an audible sound, and the microphone 226 converts a user's voice input into an electrical signal.

Figure 3 is a flow chart showing a process of confirming the incoming information while absent in accordance with a preferred embodiment of the present invention.

First, user A is in an absent state not having mobile communication terminal A 100, and an incoming call is transmitted to mobile communication terminal A 100 remotely using mobile communication terminal B 108 fmf possessed by user B. Assume that the information is verified. User A generates a remote control message by operating the key input unit 200 provided in the mobile communication terminal B (108). Here, the remote control message is in the form of a text message indicating the type of incoming information to be checked while the user A is absent in SMS form and a text form indicating a password for authenticating whether the user requesting confirmation of the incoming information is a legitimate user. It consists of a text message consisting of. For example, if the user A wants to check the incoming phone number information among the incoming information transmitted to the mobile terminal A 100 while the user is absent, the remote control message is sent in the form of SMS such as 'confirm the incoming phone number # 1234 #'. Create as a message.

Mobile communication terminal B (108) transmits the generated remote control message to mobile communication terminal A (100) (S302). Mobile communication terminal A (100) monitors whether a remote control message is transmitted from mobile communication terminal (B 108) (S304), and when the remote control message is transmitted, starts the operation of reading the contents of the remote control message (S306). , S308).

Thereafter, the mobile terminal A 100 reads the contents of the remote control message, extracts the incoming information from which the user A requests confirmation, and generates a remote confirmation message including the extracted incoming information (S310). Thereafter, the mobile communication terminal A 100 automatically transmits the generated remote confirmation message to the mobile communication terminal B 108 (S312).

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Accordingly, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention but to describe the present invention, and the scope of the technical spirit of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, incoming information transmitted to the user, for example, incoming phone number information and incoming SMS, even when the user is not in possession of the mobile communication terminal by using the mobile communication terminal possessed by another person. It is effective to check information.

Claims (9)

In the mobile communication terminal which can confirm the incoming information transmitted to the user even while away, A button for entering text, a button for entering text, a button for inputting a short message using SMS (Short Message Service), and a camera unit to drive a subject. A key input unit including a button for taking a picture and a button for generating a remote control message according to an incoming call information checking function and checking a received remote control confirmation message; A display unit configured to display an operation state of the mobile communication terminal, including a state of use of power, reception strength of radio waves, a date and time, and to display the remote confirmation message; A program storage unit equipped with a real time operating system, a mobile communication terminal call processing software, and an incoming call information confirming application; A mode state storage unit which stores a current operation mode of the mobile communication terminal selected by the key input unit as a state flag; And The display unit controls the remote confirmation message transmitted to the user while the user is absent by performing overall control to smoothly perform voice transmission / reception and data transmission / reception in the mobile communication terminal. Microprocessor unit for controlling the process of displaying on Mobile communication terminal capable of confirming the incoming information during the absence, characterized in that it comprises a. The method of claim 1, The remote control message is generated as an SMS message and authenticates whether a text message in the form of a text indicating the type of the incoming information that the user wants to check while the user is absent and whether the user requesting the incoming information is a valid user. A mobile communication terminal capable of confirming incoming information while absent, characterized in that the text message in the form of a text indicating a password. The method of claim 1, The remote confirmation message includes information generated by reading a text message included in the remote control message. The remote confirmation message includes at least one of an incoming phone number information and an incoming SMS information transmitted to the mobile communication terminal while the user is absent. A mobile communication terminal capable of checking incoming information while out of office. The method of claim 1, The incoming information confirming application is developed / provided by a wireless Internet platform for interoperability (WIPI) or a BREW application of Qualcomm, and generates the remote control message including the incoming information requesting confirmation while the user is absent. And transmitting the generated remote control message, and receiving and displaying the corresponding remote confirmation message on the display unit. In the method that can check the incoming information sent to the user while you are away, you can check the incoming information during the absence, (a) loading, by the mobile terminal, a user interface for generating a remote control message according to the incoming information confirmation function; (b) generating the remote control message; (c) sending the remote control message; (d) receiving a remote confirmation message corresponding to the remote control message; And (e) displaying the remote confirmation message. Method for checking the incoming information during the absence, characterized in that it comprises a. The method of claim 5, wherein step (b) (b1) receiving a text message in a text form indicating a type of the incoming information to be confirmed; And (b2) receiving a text message in a text form representing a password for authenticating whether the user requesting confirmation of the incoming information is valid;  Method for checking the incoming information during the absence, characterized in that it comprises a. The method of claim 5, wherein step (d) (d1) reading what is the incoming information that the user requests for confirmation included in the remote control message; (d2) generating and transmitting the remote confirmation message including at least one of an incoming call number information and an incoming SMS information according to the result read in the step (d1);  Method for checking the incoming information during the absence, characterized in that it comprises a. In the mobile communication system capable of confirming the incoming information transmitted to the user while not in the absence, A mobile communication terminal A for generating and transmitting a remote confirmation message including the incoming information when the request for confirmation of the incoming information is owned by the user; If the user wants to check the incoming information stored in the mobile communication terminal A other than the user, the mobile communication terminal B generates a remote control message requesting transmission of the remote confirmation message and transmits it to the mobile communication terminal A. ; A base station transmitter which is a network endpoint device directly connected to the mobile communication terminal A and the mobile communication terminal B by performing baseband signal processing, wired / wireless conversion, and transmission and reception of a wireless signal; Controlling the base station transmitter, allocating and releasing radio channels for the mobile communication terminal A and the mobile communication terminal B, controlling transmission outputs of the mobile communication terminal A, the mobile communication terminal B and the base station transmitter, and soft cell-over between cells A base station controller performing soft hand-over and hard hand-over determination, transcoding and vocoding, GPS clock distribution, and operation and maintenance operations for the base station; The remote control message and the corresponding remote confirmation between the mobile communication terminal A and the mobile communication terminal B as a set of communication facilities that control the base station controller and provide a voice call or data exchange service to an unspecified number of subscribers. Mobile switching centers efficiently allocate radio resources for sending and receiving messages Mobile communication system capable of confirming the incoming information during the absence, characterized in that it comprises a. The method of claim 8, The remote control message is generated as a Short Message Service (SMS) message, and a text message indicating the type of the incoming information that the user wants to check while the user is absent and the user requesting confirmation of the incoming information A text message in the form of a text indicating a password authenticating the legitimate user, wherein the remote confirmation message is an incoming telephone number transmitted while the user included in the remote control message is absent with the incoming information that he / she wants to confirm. A mobile communication system capable of confirming incoming information while absent, comprising at least one of information and incoming SMS information.

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