KR20030068761A - System and Method for Processing Multiple Data on Wireless Devices - Google Patents

Abstract

PURPOSE: A wireless multiple data processing method and an apparatus therefor are provided to process the multiple data so that a plurality of mobile communication agents share an OS(Operating System) and process a multi-communication with respect to a plurality of the mobile communication agents, through an agent manager. CONSTITUTION: A multi-communication processing unit(125) secures a multi-communication channel for simultaneously supporting wireless data communication and wireless Internet. An OS share processing unit(120) shares an OS(115) with a mobile communication device, so that the mobile communication device simultaneously processes data transceived through the multi-communication channel. A hardware device(110) simultaneously outputs the multi-processed data on a display window of the mobile communication device.

Description

System and Method for Processing Multiple Data on Wireless Devices

The present invention relates to a wireless multi-data communication processing method and system for simultaneously supporting wireless data communication and wireless Internet. The present invention relates to a handheld personal communication system (PCS), a global system for mobile communications (GSM), and a personal digital cellular (PDC). ), In a wireless terminal for mobile communication, such as a personal handyphone system (PHS), a personal digital assistant (PDA), and a smart phone, a short message service (SMS), an enhanced message service (EMS), and an MMS ( The wireless terminal for all kinds of wireless data communication including multimedia messaging service, etc., and all kinds of wireless Internet including WAP (Wireless Application Protocol), Mobile Explorer (ME), VM (Virtual Machine), etc. Software such as Wireless Message Application for Wireless Data Communication and Browser and VM for Wireless Internet The software is referred to as a mobile communication agent (Mobile Communication Agent), and through the Agent Manager (Agent Manager) for managing and controlling the wireless communication with each wireless communication agent between the wireless communication agent and the operating system (Operating System), A method and system for processing a plurality of wireless communication agents to share an operating system, as well as for processing multiple communications for a plurality of wireless communication agents for authenticated wireless communications.

Wireless data communication allows a wireless terminal to send and receive data in the form of a message. The wireless data communication is performed between a terminal-to-terminal and a server-to-terminal through a network through a protocol according to the wireless communication specification and a message center installed in a mobile communication system. It supports message exchange, and there are SMS for short message exchange, EMS for Chinese message exchange, and MMS for multimedia message exchange according to the type and characteristics of the message exchanged.

The wireless data communication is processed through a wireless communication agent mounted on the wireless terminal for message exchange, when the receiving wireless terminal is turned off, and when there is no room in the traffic channel for message exchange, Or, if the receiving wireless terminal is located in an area where a call is not available, the message exchanged in the mobile communication system is temporarily stored and forwarded through the message center installed in the mobile communication system. By retransmitting, the message exchange cannot be smoothly processed when the call channel of the receiving wireless terminal is not secured, but the message is exchanged at any time when the call channel is secured.

Wireless Internet is a wireless architecture, technology, and technology in which wireless terminals can access Internet services such as data communication and content providing services by connecting to servers on a network using wireless communication that supports wireless Internet protocol. In addition, the term “mobile service” refers to a wireless terminal through a gateway that performs a buffer function between the wireless communication and the network, or a proxy server for connecting the wireless terminal to the network. There are WAP-based wireless Internet and ME-based wireless internet according to the supported wireless internet protocols, and browser-based wireless internet and VM-based wireless internet according to the wireless terminal platform.

The wireless Internet is processed through a wireless communication agent such as a browser or a VM installed in the wireless terminal, and the wireless communication agent passes through a gateway or proxy server of a mobile communication system through wireless communication supporting a wireless internet protocol. Wireless communication that is connected to a wireless Internet server on a network, and various types of wireless Internet contents provided by the wireless Internet server are installed in a wireless terminal that supports wireless Internet via a gateway or proxy server of a mobile communication system through a network. Sent to the agent.

In particular, the wireless Internet is initiated through a connection action in which a wireless terminal user runs a wireless communication agent such as a browser or a VM for the wireless internet. Once the wireless internet is started in the wireless terminal, until the wireless internet is terminated, Driving and using other wireless communication agents in the terminal is currently not provided in principle.

This is not limited to the wireless Internet alone, and wireless data communication does not provide that other types of wireless communication agents are performed during wireless data communication as in the case of wireless internet.

That is, unless the wireless terminal operating system does not support multi-tasking or multi-threading or multi-communication, or the wireless terminal display device simultaneously outputs the processing and results of multiple tasks, Multiple tasks or multiple communications cannot be provided within a wireless terminal.

An object of the present invention to solve the above problems is a wireless communication device for supporting wireless data communication and wireless Internet, means for securing a multiple communication channel for the simultaneous wireless data communication and wireless Internet, the multi-communication Means for sharing an operating system in the wireless communication device to simultaneously process data transmitted and received through a channel in the wireless communication device, and means for simultaneously outputting the multi-processed data to the wireless communication device display window. The present invention provides a wireless multiple data communication processing system or a wireless communication device. To this end, the present invention includes at least one wireless communication agent for processing the wireless data communication and the wireless Internet in the wireless communication device. Operating system and wireless communication program An operating system for supporting the wireless communication agent to multi-process the data transmitted / received through the multi-communication processing unit based on the wireless communication device operating system and the multi-communication processing unit supporting multiple communication for the wireless communication agent by sharing a protocol. A wireless multi data communication processing system or wireless having a split view or sub-screen or a control view or a tab control for simultaneously outputting an agent manager having a shared processing unit and the multi-processed data to the wireless communication device display window In providing a communication device.

1 is a simplified block diagram of a preferred wireless terminal system configuration of the present invention.

2 is a simple block diagram of a network configuration in which real time multiple wireless communication is performed through a multiple communication processing unit.

3 is a simple exemplary diagram of logically dividing a screen of a wireless terminal such as a liquid crystal display into a plurality of views and then real-time multiple output.

4 is a simple exemplary diagram of real-time multiple output through a main screen and a sub screen.

5 is a simple exemplary diagram of real-time multiple output of processing results of a plurality of wireless communication agents through a method of managing screen output of a content view through a control view.

FIG. 6 is a simple exemplary diagram of real-time multiple output of the processing results of a plurality of wireless communication agents through a tap control composed of a view and a tap of a screen of a wireless terminal.

7 is a simple block diagram of a system for real-time multi-processing of SMS received at a wireless terminal through an agent manager while a wireless game is in progress.

8 is a simple exemplary diagram of real-time multi-processing SMS during a wireless game through a method of real-time multi-processing different kinds of wireless communication agents in each view.

9 is a simple flowchart of a case of receiving an SMS through the agent manager and outputting in real time while the wireless game is being downloaded and in progress.

10 is a simple block diagram of a system for outputting through a multi-processing process of an operating system shared processor.

Fig. 11 is a simple exemplary diagram of multi-processing after the stock information is received by the multi-communication processing unit by recognizing it to the wireless terminal user.

12 is a simple flowchart of a case of receiving and processing push-based stock information through the agent manager while a wireless P2P fighting game is in progress.

Figure 13 is a simple block diagram of a real-time multiprocessing system scraping new stock information from a wireless stock information content provider through a gathering technique through an agent manager.

14 is a simple exemplary diagram in which a multi-communication processing unit of an agent manager accesses a wireless stock information content provider through a gathering technique to scrape and multi-process new stock information.

15 is a simple flowchart of a process of scraping new stock information and outputting it to a wireless terminal.

Figure 16 is a simple block diagram of a real-time multiprocessing system scraping new stock information from a wireless stock information content provider through a gathering technique through an agent manager.

Fig. 17 is a simple exemplary diagram of multi-processing after recognizing that the new stock information has been received by the wireless terminal by the wireless terminal user.

18 is a simple flowchart of a process in which the multi-communication processing unit of the agent manager accesses the wireless stock information content provider through gathering and scrapes new stock information.

19 is a simple flowchart illustrating a process of outputting the stock information to the wireless terminal when the new stock information that has been legally authenticated and validated has been scraped.

<Description of main parts of drawing>

100: wireless communication agent 105: agent manager

110: wireless terminal device 115: operating system

120: operating system shared processing unit 125: multiple communication processing unit

130: VM agent 135: VM

140: Wireless Internet Browser 145: Wireless P2P Agent

150: wireless message agent 155: short-range wireless communication agent.

The present invention relates to a wireless multi-data communication processing method and system for simultaneously supporting wireless data communication and wireless Internet, and to any type of handheld-based wireless terminal (or wireless communication device) that is connected through a mobile communication system. Includes Personal Communication System (PCS), Global System for Mobile communications (GSM), Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA), and Smart Phones, IMT 2000 terminals Means for securing multiple communication channels for simultaneously supporting the wireless data communication and the wireless internet, and simultaneously processing the data transmitted and received through the multiple communication channels in the wireless communication device. Means for sharing an operating system within a communication device and the multi-processed data By comprising a means for output to the display window at the same time, characterized in that formed.

In addition, the present invention manages and controls each wireless communication agent between the wireless communication agent and the terminal operating system for a wireless communication agent that handles wireless communication such as wireless data communication and wireless internet, and performs multiple tasks and multiplexing. Through an agent manager that can provide communication, a method in which a plurality of wireless communication agents can efficiently share an operating system and multitask in terms of a wireless terminal system.Each wireless communication agent can efficiently share a mobile communication system. And a method and system in which each wireless communication agent handled by multiple tasks and multiple communications effectively shares a wireless terminal screen, and a different kind of wireless internet during wireless Internet in terms of wireless communication services. , Wireless P2P service, wireless Method of multi-communication by data communication or short-range wireless communication, etc., Method of multi-communication by wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication during wireless P2P service, etc. A method of multiplexing by wireless data communication, wireless Internet, wireless P2P service, or short range wireless communication, and the like, and a method and system for multiplexing by wireless internet, wireless P2P service, or wireless data communication during near field wireless communication.

According to the present invention, an agent manager exists between a wireless communication agent and a wireless terminal operating system in a wireless terminal system configuration, and if the wireless terminal operating system supports multiple tasks and multiple communications, the agent manager is included in the operating system and vice versa. If the terminal operating system does not support multiple tasks and multiple communications, it may be a wireless system in the form of a semi-operating system or a low level middleware platform that can emulate multiple tasks based on the operating system. It is mounted on the terminal.

According to the present invention, an agent manager may share an operating system sharing processing unit for processing multiple tasks for a plurality of wireless communication agents based on the wireless terminal operating system, and share each wireless communication protocol with the wireless terminal operating system, thereby providing the respective wireless communication agents. It consists of a multiple communication processing unit for processing multiple communication for.

In particular, the agent manager's operating system sharing processor handles different types of VMs, browsers that support different wireless Internet protocols, and different types of wireless data communications so that different types of VMs and browsers can run smoothly on a single wireless terminal. , And sharing and conversion functions for wireless data communication, and a plurality of wireless communication agents can share and output limited wireless terminal screens, and the multi-communication processing unit includes different kinds of VMs and different wireless Internets. A browser that supports protocols, and a function that allows multiple types of wireless data communication to communicate efficiently through wireless communication, and a function that can efficiently handle packets transmitted and received according to each communication protocol. Etc. are mounted.

According to the present invention, the wireless terminal is equipped with an agent manager composed of an operating system sharing processing unit and a multi-communication processing unit as described above, and the various types of wireless communication agents mounted on the upper layer of the agent manager in the wireless terminal system configuration are full technologies. Multiple communication is performed using (Pull Technology), Push Technology (Pull Technology), Gathering Technology (Gathering Technology).

In the full technology, a wireless terminal user runs each wireless communication agent and accesses a server system such as a wireless Internet content provider through a wireless communication agent which is driven as described above, and pulls contents. WAP push using the wireless Internet and Callback Number (Callback Number) or Callback URL (Callback URL), etc. is also an application of the pull technology, the agent manager of the present invention also supports multiple communication through the pull technology as described above.

Push technology can be used by agent managers through wireless security systems such as Wireless Public Key Infrastructure (WPKI) or End-To-End (E2E), regardless of the pre-drive process of each wireless communication agent installed inside the wireless terminal. Existing wireless communication method by allowing selective reception of the authenticated data, confirming whether the wireless communication agent corresponding to the received data is pre-driven, and processing the data received through the wireless communication agent in real time. Wireless data communication such as SMS is based on a typical push technology.

However, SMS lacks a definition of a security system to be processed before the push technology is applied, and the agent manager of the present invention provides wireless Internet, wireless P2P service, wireless data communication, and short-range wireless communication through various kinds of wireless security systems. Push technology supports real-time multiple communication without waiting.

Gathering technology is a kind of automated pull technology. A server system, a wired / wireless interworking client system, and a wireless terminal that a wireless terminal user wants to communicate wirelessly through an agent manager, specifically, a mobile robot installed in a multi-communication processing unit. When the wireless communication with the reservation is scheduled, the wireless robot of the agent manager automatically accesses the corresponding server system, the wired / wireless interworking client system, and each wireless terminal based on the reservation information, and receives data in real time, and the agent manager of the present invention. Based on the reservation information, wireless internet, wireless P2P service, wireless data communication, and near field wireless communication support real-time multiple communication without waiting process through Gaddle technology.

Figure 1 is a simplified block diagram of a preferred wireless terminal system configuration of the present invention.

The wireless terminal system configuration may be different from each other according to the manufacturer of the wireless terminal and the platform on which the wireless terminal is configured. When the operating system 115 supports multitasking and multiple communications, the agent manager 105 is included in the operating system 115. do.

However, FIG. 1 illustrates the most basic case of the preferred wireless terminal system configuration, and when the operating system 115 cannot efficiently provide multitasking and multiple communications, the system configuration is implemented through the agent manager 105. It is about.

The wireless terminal device 110 collectively refers to a wireless terminal hardware device. For the operating system sharing processing unit 120, the wireless terminal device 110 includes a central processing unit (CPU) and a memory, such as an EEPROM (Electrically Erasable and Programmable Read Only Memory) or a smart card. The storage device such as an input device such as a keyboard or a microphone, and an output device such as an LCD screen or a speaker are included in the wireless terminal device 110. In the multi-communication processing unit 125, the RF processing unit or the IF processing unit and the base unit are included. A device related to wireless communication, such as a band processor, and the like.

The operating system 115 controls and coordinates the overall operation of the wireless terminal, and serves as an interface for each of the wireless communication agents 100 to access the wireless terminal device 110 through the agent manager 105.

The agent manager 105 emulates a multi-operation and multi-communication between the operating system 115 and the wireless communication agent 100 so that a plurality of wireless communication agents 100 may be simultaneously executed and processed, and a virtual operating system. Or, as a low level middleware platform, partially acts as an operating system 115 that supports multiple tasks, such as ordering tasks of each wireless communication agent 100 and controlling input / output operations, each wireless communication Serves to process packets transmitted from the agent 100 to the outside based on the respective protocols and wireless communication systems, and loads the packets received from the outside based on the respective protocols and wireless communication systems, which are then wirelessly communicated. Distribution to the agent 100 and the like.

The operating system sharing processor 120 of the agent manager 105 may be configured to efficiently share the wireless terminal device 110 by the plurality of wireless communication agents 100 while the wireless communication agents 100 are driven and executed. In particular, the wireless communication agent 100 has a conversion function such that different wireless communication agents 100 can access the operating system 115 and the wireless terminal device 110 through the same method.

For example, the VM 135 currently commercialized includes a C language based VM and a Java based VM. Even in the case of a self-based VM, different structures, processing methods, and Java grammars may be used depending on the platform and the characteristics of Java. Etc. are used.

In addition, in the case of the wireless Internet browser 140, communication methods and tags are different from each other according to a wireless Internet protocol such as WAP or ME.

Accordingly, the operating system sharing processor 120 provides a method for allowing the different wireless communication agents 100 to efficiently share the wireless terminal device 110 through the operating system 115 in the single wireless terminal as described above. As described in the embodiment, a plurality of wireless communication agents 100 that are simultaneously driven and processed may provide a method for efficiently sharing a wireless terminal output screen.

The multi-communication processing unit 125 of the agent manager 105 may be configured to efficiently share the wireless terminal device 110 by the plurality of wireless communication agents 100 while the wireless communication agents 100 perform wireless communication. Multiple communication is performed, and in particular, efficient conversion and processing functions for different wireless communication protocols are mounted. For example, the wireless Internet using WAP and the wireless Internet using ME have different hierarchical structures.

Therefore, the processes of transmitting and receiving packets in the wireless Internet processed through the WAP and the wireless Internet processed through the ME are inevitably different. Therefore, the multi-communication processing unit 125 provides a method of efficiently processing wireless communication data communicated by different protocols as described above, and is equipped with a more thorough communication security module than the existing communication method to deal with the following embodiments. With respect to communication, a method for blocking hacking or virus infections from the outside is provided.

The wireless communication agent 100 includes a VM 135 and a VM agent 130 including a C language based VM and a Java based VM, a wireless Internet browser 140 including a WAP based wireless Internet and a ME based wireless internet, and a wireless network. Wireless P2P agent 145 using direct data communication between wireless terminals such as a game, wireless message agent 150 including wireless data communication such as SMS and EMS, and MMS, and short-range wireless communication such as Bluetooth. It includes a short-range wireless communication agent 155, etc., each wireless communication agent 155 performs a wireless communication with the outside through the multiple communication processing unit 125 of the agent manager 105, the operating system sharing processing unit ( Through 120, it performs a given task inside the wireless terminal.

2 is a simple block diagram of a network configuration in which real time multi-radio communication is performed through an agent manager 105, in particular, a multi-communication processing unit 125 mounted in a wireless terminal.

The wireless terminal 200 is a server system 215 such as a wireless Internet content provider and an SMS server, a wired / wireless interworking client system 220 such as a wired / wireless interworking P2P computer, a wireless P2P terminal or a MO SMS (eg, a mobile communication system 210). An agent manager 105 for multiple communication with a wireless terminal 225 capable of transmitting and receiving data such as a Mobile Originated SMS) terminal and a short range wireless communication system 205 such as Bluetooth is installed. Technology, push technology, and gathering technology, such as a plurality of server system 215, wired / wireless interworking client system 220, wireless terminal 225 capable of data transmission and reception, and near field communication system 205 It supports real-time multiple communication.

The mobile communication system 215 includes an interface server including a wireless Internet content provider, a wireless P2P system, a wired / wireless interworking client system 220, and a gateway or proxy server for connecting the wireless terminal 200 to the wired / wireless Internet. An SMS server, a message center such as a Short Message Center (SMC) or a Short Message Service Center (SMSC) for connecting a wireless terminal with a wireless data communication device such as an MO SMS terminal, is installed. The mobile terminal 200 through the mobile switching center (MSC) of the mobile communication system 210, the server system 215 on the wired and wireless Internet, the wired and wireless interworking client system 220, a wireless terminal capable of transmitting and receiving data 225 ) And an interface for wireless communication.

A wireless switching center (MSC) is an interface server such as a gateway or a proxy server, which are listed by the plurality of server systems 215, the wired / wireless interworking client system 220, and the wireless terminal 225 capable of data transmission and reception, and the SMC. And a data communication channel for a wireless terminal through a message center such as SMSC. That is, the wireless switch includes a wireless terminal in which an agent manager 105 is mounted, a server system 215 for wireless communication with the wireless terminal 200 through an interface server and a message center, a wired / wireless interworking client system 220, In addition, the wireless terminal 200, which is capable of transmitting and receiving data, does not allocate a dedicated line exclusively for processing information on a single transaction, but connects a line only when a packet is transmitted. Each server system 215, wired / wireless interworking client system 220, and a wireless terminal 225 capable of transmitting and receiving data share a wireless communication line.

The server system 215 refers to all kinds of servers such as content providers and SMS servers on the wired / wireless internet, and can communicate with a wireless internet browser mounted on the wireless terminal 200, an SMS agent. The server system 215 includes an SMS server that can communicate with the server, a content provider that can communicate with the VM, a VM agent, and the like.

The wired / wireless interworking client system 220 refers to all kinds of computers that can communicate with the wireless terminal through the mobile communication system 210, and is a wired / wireless interworking P2P computer or a wireless terminal connected to the wireless terminal through P2P. Includes a computer using a thin client in the wired / wireless interworking client system 220.

The wireless terminal 225 capable of transmitting / receiving data refers to all kinds of wireless terminals capable of wirelessly communicating with the wireless terminal 200 through the mobile communication system 210, and may be handheld based PCS, GSM, PDC, All types of terminals including PHS, PDA, and smart phones are included in wireless terminals capable of transmitting and receiving data.

The short range wireless communication system 205 refers to all kinds of communication systems capable of short range wireless communication with a wireless terminal at a short distance without relaying the mobile communication system 210. Local area wireless communication devices using a local area network, local area wireless communication devices using a mobile LAN, and all types of local area communication devices using an ultrasonic wave, a laser beam, or a contactless integrated circuit (IC) card may be used. It is included in the communication system 205.

3, 4, 5, and 6, the agent manager 105 mounted in the wireless terminal 200, in particular, each wireless communication agent 100 through the operating system sharing processing unit 120, the wireless terminal operating system A simple block diagram of a method of sharing the 115 and the wireless terminal device 110 and the like, and more particularly, relates to a method of effectively sharing a small screen of the wireless terminal 200 by the plurality of wireless communication agents 100 and the like.

Of course, Figures 3, 4, 5, 6 and the like are only preferred methods for explaining the role of the operating system sharing processing unit 120 of the agent manager 105 in the present invention, the present invention is shown in Figure 3, Figure 4, 5, and 6 are not limited only.

3 logically divides the screen of the wireless terminal 200 such as a liquid crystal display (LCD) into a plurality of views, and then, in each view, a different kind of wireless communication agent 100 in real time. Simple example of multiple outputs.

The wireless terminal screen is divided into view 1 and view 2, and view 1 is a view that plays a role of voice call or wireless internet browsing like the existing wireless terminal screen, and view 2 is a wireless terminal (such as a breaking news window or an electronic billboard). A view for outputting a simple message or advertisement, etc., transmitted / received at 200).

Views 1 and 2 of the screen of the wireless terminal are output by the screen processor of the operating system 115 and respective video memories, that is, view 1 video memory and view 2 video memory, and view 1 is displayed by view 1 video memory among the video memories. The view 2 is output to the screen, and the view 2 is output to the screen by the view 2 video memory.

In particular, the view1 video memory and the view2 video memory do not logically overlap. That is, even though View 1 and View 2 are outputted by dividing the same screen, since the screen output is determined by different video memory areas, View 1's top, bottom, left and right scroll regions invade View 2. In addition, the up, down, left, and right scroll regions of view 2 do not invade view 1.

In FIG. 3, view 1 is generally used by a WAP browser or a VM agent for wireless internet to perform wireless internet browsing or a VM agent, and view 2 is mainly used to output a message like an SMS agent.

The operating system sharing processor 120 of the agent manager 105 manages the wireless communication agent 100 output in the view 1 and the wireless communication agent 100 output in the view 2, and each wireless communication agent 100 And a method to be outputted to the view 1, the view 2, and the like, and when the condition that the processing data by the wireless communication agent 100 is to be output to each view is satisfied, the operating system sharing processing unit 120 may execute the operating system 115. The processing result of each wireless communication agent 100 is output to the screen through the view 1 video memory that is responsible for the output of the view 1 and the view 2 video memory that is responsible for the output of the view 2 through the screen processing unit.

For example, as shown in FIG. 3, when the wireless terminal processes information related to the stock through view 1 and a message is received via SMS, the operating system sharing processing unit 120 of the agent manager 105 may execute the screen processing unit. Print the message to view 2.

4 is a simple example of mounting two or more physical output screens such as LCDs on a single surface of the wireless terminal 200 and outputting the processing contents of different types of wireless communication agents 100 through each screen in real time. to be.

4 is an auxiliary screen for outputting a simple message or advertisement transmitted to or received from the wireless terminal 200, such as a breaking news window or an electronic billboard, on the same surface on which the main screen of the wireless terminal 200 is mounted. (Sub Screen) is additionally installed, the main screen is a screen that performs a role such as voice call or wireless Internet browsing, such as the existing wireless terminal screen, the sub screen is a wireless terminal 200, such as a breaking news window or an electronic billboard. This is a screen to output simple messages or advertisements to be sent and received.

The main screen and the sub screen are output to the respective screens by the main screen processing unit and the sub screen processing unit of the operating system 115, and each screen is provided with the respective device driver required for the screen output on the operating system 115.

Therefore, the main screen and the sub screen do not logically overlap, and while the wireless terminal user performs wireless internet browsing, wireless games, and wireless stock trading through the main screen, SMS messages are transmitted and output through the sub screen. It is possible to process multiple wireless communications at the same time in real time.

The operating system sharing processor 120 of the agent manager 105 manages the wireless communication agent 100 output on the main screen and the wireless communication agent 100 output on the auxiliary screen, and each wireless communication agent 100 And a method of outputting the main screen or the sub-screen, and the like, and when the condition that the processing data by the wireless communication agent 100 is to be output on each screen is satisfied, the operating system sharing processing unit 120 may execute the operating system 115. Outputs the processing result of each wireless communication agent 100 corresponding to each screen through the main screen processing unit or the sub screen processing unit.

For example, as shown in FIG. 4, when the wireless terminal 200 processes information related to the stock through the main screen and a message is received through the SMS, the operating system sharing processor 120 of the agent manager 105 may assist. Outputs the message to the sub screen through the screen processor.

5 logically divides the screen of the wireless terminal 200 into a content view and a control view, and then displays the processing results of the plurality of wireless communication agents 100 in real time through a method of managing the screen output of the content view through the control view. Simple example of multiple outputs.

The wireless terminal screen is divided into a content view and a control view. The content view is output by the content view processor of the operating system 115, and the control view is output by the control view processor.

In general, the content view is a view capable of outputting content such as a voice call or wireless internet browsing, as in a conventional wireless terminal screen, and the control view is a wireless communication agent 100 outputted in a content view, such as a tray icon. View that allocates and manages.

Accordingly, the wireless terminal user drives two or more wireless communication agents 100 to register in the control view, and then selects the wireless communication agent 100 outputted in the content view through the control view, thereby allowing the plurality of wireless communication agents 100 to operate. Simultaneously multi-process in real time.

This allows the multi-communication processing unit 125 and the operating system sharing processing unit 120 of the agent manager 105 to perform a real-time multi-communication operation for the wireless communication agent 100 other than the wireless communication agent 100 currently being output in the content view. This is because it is processed in the background.

The control view is managed by the Man Machine Interface (MMI) 500 of the agent manager 105, and the MMI 500 processes a plurality of wireless communication agents 100 by the OS sharing processor 120. It provides an interface that can be controlled by a user of a wireless terminal.

In general, the MMI 500 selects a wireless communication agent 100 to be displayed in a content view from among the wireless communication agents 100 provided in the control view through a hot key or a toggle key. It may be ignored, and in some cases, the specific wireless communication agent 100 may be driven or terminated.

The operating system sharing processor 120 of the agent manager 105 manages a tray icon and the like for the wireless communication agent 100 output in the content view and the wireless communication agent 100 output in the control view, and each wireless communication agent And a method of outputting the content view or the control view to the content view, and the like, and when the condition that the processing data by the wireless communication agent 100 is to be output to the content view is satisfied, the corresponding wireless communication through the control view. After recognizing whether the screen update or new screen output of the agent 100 is output to the wireless terminal user, the wireless communication agent 100 satisfying the condition is output to the content view through the MMI of the agent manager 105.

For example, when a wireless terminal user is playing a wireless game, and new stock information is received by the wireless terminal 200 based on push technology from a content provider providing stock related information, the agent manager 105 After temporarily storing the information in the wireless terminal memory, the wireless terminal user recognizes that the new stock information has arrived through the MMI 500, and outputs the stock information to the content view through a screen output command of the wireless terminal user.

6 is a simple exemplary view of real-time multiple output of the processing results of the plurality of wireless communication agents 100 through a tap control having a view and a tab on the screen of the wireless terminal 200.

The wireless terminal screen has a tab control composed of a view and a tab, and the tab control is output by the screen processor 300 of the operating system 115. In the tab control, the view may output content such as a voice call or wireless internet browsing as in the existing wireless terminal screen, and the tab plays a role of allocating and managing a plurality of wireless communication agents 100 output to the view.

Accordingly, the user of the wireless terminal drives two or more wireless communication agents 100 to register with the view, and then selects the wireless communication agent 100 outputted to the view through the tab, thereby simultaneously real-time the plurality of wireless communication agents 100. It can be multi-processed.

This is the background of the real-time multi-communication task for the wireless communication agent 100 other than the wireless communication agent 100 which the multi-communication processing unit 125 and the operating system sharing processing unit 120 of the agent manager 105 are currently outputting in the view. This is because

The view is managed by the MMI 500, which provides an interface through which the wireless terminal user can control a process in which the plurality of wireless communication agents 100 are multi-processed by the operating system sharing processor 120. The tab may be selected or ignored through a hotkey or a toggle key, and in some cases, the specific wireless communication agent 100 may be driven or terminated.

The operating system sharing processor 120 of the agent manager 105 manages a menu for the wireless communication agent 100 output in the view and the wireless communication agent 100 output in the tab, and the like, and each wireless communication agent 100 Defines a method of outputting to a view, a tab, and the like, and if a condition that the processing data by the wireless communication agent 100 is to be output to the view is satisfied, updating the screen of the corresponding wireless communication agent 100 through the tab Or after the wireless terminal user recognizes whether to output a new screen, the wireless communication agent 100 satisfying the condition is output to the view through the MMI of the agent manager 105.

For example, when a wireless terminal user is having a wireless P2P chat through a wireless messenger, and new stock information is received at the wireless terminal based on push technology from a content provider providing the stock related information, the agent manager 105 ) Temporarily stores the corresponding information in the wireless terminal memory and recognizes that the new terminal information has arrived through the MMI 500, and displays the stock information through a screen output command of the wireless terminal user. Output to.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the elements of each drawing, it should be noted that the same elements are denoted by the same reference numerals as much as possible even if they are shown in different drawings.

In addition, in the following description, in order to explain the embodiments of the present invention, specific details such as specific elements are illustrated, which are provided to help a more general understanding of the present invention, and the present invention may be practiced without these specific details. It will be apparent to those skilled in the art.

In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

An embodiment of the present invention relates to a characteristic processing method for the multi-communication processing unit 125 and the operating system sharing processing unit 120 of the agent manager 105,

The first and second embodiments of the present invention are for the case where the multi-communication processing unit 125 of the agent manager 105 performs a multi-communication via a push method, and the third and fourth embodiments are multi-communication. It is for the case where the processing unit 125 performs the multi-communication through the gathering method,

The first and third embodiments of the present invention are for the case where the OS sharing processing unit 120 of the agent manager 105 performs real-time multiprocessing, and the second and fourth embodiments are received through buffering. For multi-processing after temporarily storing data in memory,

For an effective embodiment of multiple communication and multiple processing, all the embodiments below refer to wireless terminal users in wireless communication based on pull technology before multiple communication processing is executed.

The first embodiment of the present invention relates to a case in which the multi-communication processing unit 125 of the agent manager 105 performs a multi-communication via a push method and the OS sharing processing unit 120 performs real-time multi-processing through the operating system 115. .

7 is a diagram of a mobile terminal user accessing a wireless game content provider to download a wireless game while a wireless game is being progressed, the SMS received by the wireless terminal 200 based on a push technology in real time through the agent manager 105 A simple block diagram of the processing system.

The multi-communication processing unit 125 of the agent manager 105 supports all kinds of wireless communication including pull technology, push technology, and gathering technology, and the SMS used in the present embodiment is a preprocessing process of the wireless terminal user. It is a representative method that can push the short message to the wireless terminal 200 without.

Therefore, FIG. 7 illustrates a case in which the wireless terminal user processes the SMS in real time through the agent manager 105 while downloading and proceeding the wireless game from the wireless game content provider.

The wireless terminal 200 equipped with the agent manager 105 is connected to the mobile communication system 210 through a base station, and the wireless switch of the mobile communication system 210 includes a plurality of server systems 215 and wired / wireless interworking clients. The system 220 and the wireless terminal 225 capable of transmitting and receiving data are equipped with a function of efficiently sharing the data channel with respect to the wireless terminal 200.

The gateway or proxy server of the mobile communication system 210 is a server system 215 for supporting the wireless Internet in wireless communication, and the gateway or proxy server is connected between the wireless game content provider and the wireless terminal 200 on the wired or wireless Internet. It acts as a wired or wireless buffer.

The message center such as SMC or SMSC of the mobile communication system 210 serves to deliver the SMS sent from the MO SMS terminal 225 or the SMS server to send the short message to the wireless terminal 200.

The wireless game content provider provides a wireless game executed through a VM to a wireless terminal 200 equipped with a VM capable of running a game, a VM agent, and an agent manager 105 capable of multiprocessing the VM. It downloads the files.

According to this embodiment, the wireless game provided by the wireless game content provider to the wireless terminal 200 is a stand-alone wireless game that is executed according to a game scenario, and the wireless game is wirelessly transmitted from the wireless game content provider. Once downloaded to the terminal 200, wireless communication between the wireless terminal 200 and the wireless game content provider does not occur until one stage of the game or game ends.

The feature of the wireless game as described above means that the wireless terminal 200 handled in this embodiment is a preferable state capable of real time multi-processing SMS.

The MO SMS terminal 225 includes all kinds of wireless terminals capable of transmitting and receiving SMS, and sends a short message to the wireless terminal 200 equipped with the agent manager 105. When the short message sent from the MO SMS terminal 225 is transmitted to the wireless terminal 200 through a message center such as SMC or SMSC of the mobile communication system 210, the message center is sent from the MO SMS terminal 225. The short message is transmitted to the wireless terminal 200 in which the agent manager 105 is installed, that is, the MT SMS (Mobile Terminated SMS) terminal.

The message center such as SMS or SMSC described above immediately transmits the short message only when the communication channel is secured so that the MT SMS terminal and the mobile communication system 210 can transmit and receive the SMS, and the communication channel is not secured. The message center is equipped with a function of temporarily storing and forwarding the short message.

However, since the MT SMS terminal of the present embodiment is equipped with the agent manager 105, the message center such as the SMC or SMSC described above is used in the mobile terminal system in which the wireless terminal 200 in which the agent manager 105 is mounted. When only the connection with the wireless terminal 200 is confirmed, regardless of whether or not to secure the communication channel with the corresponding wireless terminal 200, the short message sent from the MO SMS terminal 225 is transmitted in real time through a wireless exchange equipped with a data channel sharing function. send.

8 illustrates a method of logically dividing a screen of a wireless terminal 200 in which an agent manager 105 is mounted into a plurality of views, and then real-time multi-processing different types of wireless communication agents 100 in each view. This is a simple example of real-time multi-processing SMS during a wireless game.

8A is a simple exemplary diagram in which a wireless terminal user equipped with an agent manager 105 downloads a wireless game provided by a wireless game content provider and proceeds with a wireless game based on the full technology. As shown, once a wireless game is downloaded from the wireless game content provider to the wireless terminal 200, no wireless communication occurs between the wireless terminal 200 and the wireless game content provider until the game or one stage of the game is finished. .

8B illustrates a simple example of outputting a short message received from the MO SMS terminal 225 in a logically divided view during a wireless game, wherein a plurality of views that are not overlapped using different video memories are provided. This means that the wireless terminal 200 handled in this embodiment is in a preferred state capable of real time multi-processing SMS without interruption of the wireless game.

That is, the features of the wireless game proceeding in the form of a standalone, the wireless terminal 200 using a view that is not logically divided and overlapping, etc., the embodiment of the wireless game through the agent manager 105, This means that SMS can be instantly received and outputted in real time without interrupting the wireless game.

In addition, the feature of the present embodiment as described above is a view that is pre-allocated so that the SMS is output through the MMI of the agent manager 105 even when the wireless terminal user wants to reply to the received SMS while the wireless game is in progress. Provides an interface to enter and send a reply message via.

According to FIG. 8, a view allocated to output an SMS is a single row output view capable of scrolling left and right, and has a function of automatically scrolling a message exceeding a left and right column of the view.

FIG. 9 illustrates a wireless terminal user having an agent manager 105 connected to a wireless game content provider based on a full technology to download and play a wireless game, and receive an SMS through the agent manager 105. Simple flow chart for real time multiple outputs.

The wireless terminal user accesses the wireless game content provider through the wireless terminal 200 equipped with the agent manager 105, downloads the game contents, and then plays the wireless game through a VM and a VM agent that can drive the game. In operation 900, the multi-communication processing unit 125 of the agent manager 105 monitors in real time whether data pushed to the wireless terminal 200 exists.

As described above, the process of monitoring whether there is data pushed to the wireless terminal 200 by the multiple communication processing unit 125 of the agent manager 105 mounted on the wireless terminal 200 includes the wireless terminal 200 and the mobile communication system. Communication channel state between the 210 and the respective wireless Internet and wireless data communication protocol information.

That is, the multi-communication processing unit 125 of the agent manager 105 may read various information reserved for each protocol in a preprocessing process in which data channel communication between the wireless terminal 200 and the mobile communication system 210 occurs. For reference, by checking whether there is data pushed from the wireless switch of the mobile communication system 210 to the wireless terminal 200 through a shared communication channel, the data pushed to the wireless terminal 200 is monitored in real time. Is repeated until the agent manager 105 is driven and terminated in the wireless terminal 200.

If there is an SMS message transmitted to the wireless terminal through the wireless exchanger of the mobile communication system without the data transmission request of the wireless terminal through the communication channel monitoring process as described above (910), the multiple communication processing unit of the agent manager 105 In operation 915, the data received by the wireless terminal 200 is authenticated through a legitimate process.

That is, the multiple communication processing unit 125 of the agent manager 105 is a source (Source) allowed by the wireless terminal 200 for the SMS message transmitted from the wireless exchanger of the mobile communication system 210 to the wireless terminal 200. The SMS message by comprehensively analyzing whether the data is transmitted from a network, whether it is possible to encrypt and decrypt data transmitted through a security protocol such as WPKI or E2E, and whether the transmitted data contains malicious code such as a virus. Validity is checked by checking the legitimacy and integrity.

When the validity of the SMS message received by the wireless terminal equipped with the agent manager 105 is confirmed as described above (920), the agent manager 105 transfers the processing of the received data to the operating system sharing processor 120. (925). On the contrary, if the validity of the received data is not verified (930), the agent manager 105 immediately deletes the received data from the wireless terminal 200 (935) and is pushed to the wireless terminal 200. Repeat the process to monitor for the existence of data.

When the validity of the SMS message received by the multiple communication processing unit 125 is confirmed, the operating system sharing processing unit 120 of the agent manager 105 checks whether the wireless communication agent 100 corresponding to the SMS reception message is currently driven. (930).

Of course, the wireless communication agent 100 that processes the SMS handled in this embodiment, that is, the SMS agent is automatically started at the same time as the wireless terminal is booted in most of the wireless terminal 200, but most of the wireless communication agent except the SMS agent 100 must be driven by the needs of the wireless terminal user.

If the wireless communication agent 100 corresponding to the data received by the wireless terminal is not currently driven (935), the operating system sharing processing unit 120 drives the wireless communication agent 100 corresponding to the received data (940). In operation 945, the OS 115 sharing processor of the agent manager 105 activates a screen or view used by the wireless communication agent 100 corresponding to the received data through the MMI (950). The received data is input to the video memory corresponding to the screen or view used by the wireless communication agent 100 (955).

When the received data is input to the video memory used by the wireless communication agent 100 corresponding to the received data through the above process, the operating system 115 is a wireless terminal equipped with the agent manager 105 through the corresponding video memory. The received data is output to the screen or the view 200 (960).

According to the second embodiment of the present invention, the multi-communication processing unit 125 of the agent manager 105 multi-communicates through a push method, and the OS sharing processing unit 120 temporarily stores the data received through buffering in a memory and then multi- This is the case for processing and outputting.

FIG. 10 is a diagram illustrating a stock related information received based on a push technology through an agent manager 105 through multiple communication and temporarily stored in a memory while a wireless terminal user is playing a fighting game through wireless P2P. A simple block diagram of a system for outputting through a multi-processing process of the shared processor 120.

The wireless P2P enables the exchange of information, chats, message transmissions, and wireless network games between the wireless terminals through direct data communication between the wireless terminals, thereby providing a wireless terminal equipped with an agent manager 105. 200 is connected to a wireless terminal 200 equipped with a wireless P2P agent through a P2P gateway of the mobile communication system 210.

The wireless terminal 200 equipped with the agent manager 105 is connected to the mobile communication system 210 through a base station, and the wireless switch of the mobile communication system 210 includes a plurality of server systems 215 and wired / wireless interworking clients. The system 220 and a wireless terminal 225 capable of transmitting and receiving data are equipped with a function of efficiently sharing a communication channel.

The P2P gateway of the mobile communication system 210 supports direct data communication between wireless terminals equipped with the wireless P2P agent 145, and the gateway or proxy server receives the stock information pushed from the wireless stock information content provider. It acts as a buffer to transmit to the system.

The wireless P2P terminal 225 is equipped with a wireless terminal equipped with the agent manager 105 and a wireless P2P agent 145 supporting direct data communication between the wireless terminal through the wireless P2P agent 145. An example wireless P2P fighting game is made via direct data communication between wireless terminals via the wireless P2P agent 145.

The wireless stock information content provider serves to provide stock-related information to the wireless terminal 200 in which the agent manager 105 is mounted, and the wireless stock information content provider uses an agent manager (push technology) through a push technology by the wireless terminal user. 105) is set to push the stock information to the wireless terminal on which it is mounted.

Therefore, before the stock information is provided by the push technology, the wireless terminal user accesses the corresponding wireless stock information content provider and whenever the stock information designated by the wireless terminal user is updated in the wireless stock information content provider, Set to send.

According to the present embodiment, while the stock information is pushed from the wireless stock information contents provider and the multi-communication processing unit 125 of the agent manager 105 mounted on the wireless terminal receives the stock information through the multi-communication, The wireless terminal 200 is playing a fighting game with the wireless P2P terminal 225 through the wireless P2P. Even if the stock information is pushed and received to the wireless terminal 200 as described above, the wireless terminal 200 proceeds with the wireless P2P terminal 225. It is not a good idea to forcibly terminate or stop a fighting game before it ends normally.

Therefore, in the process in which the stock information received in real time by the multiple communication processing unit 125 of the wireless terminal 200 in which the agent manager 105 is transferred is transferred to the operating system sharing processing unit 120 and output to the wireless terminal 200. The operating system sharing processor 120 first checks whether the wireless terminal 200 is capable of real-time multiprocessing.

If it is determined that the real-time multi-processing by the operating system sharing processing unit 120 is impossible or undesirable in the above process, the corresponding stock information is buffered in a temporary storage space of the wireless terminal, and then ring tone and stock linked with the reception of the stock information. Wireless terminal LED (Light Emitting Diode) to inform the reception of information,

Also, the wireless terminal user recognizes that the stock related information is pushed and received from the wireless stock information content provider through various receiving interfaces on the screen, and the wireless terminal user receives the stock related information from the wireless stock information content provider during the wireless P2P game. After recognizing, the received stock information is accessed through the preferred method.

11 illustrates a screen of a wireless terminal 200 in which an agent manager 105 is mounted as a screen using a content view and a control view, and then while the wireless terminal 200 is in a fighting game through wireless P2P. When stock information is received from the wireless stock information content provider by the multi-communication processing unit 125, this is a simple example of multi-processing after recognizing this to the wireless terminal user.

11A is a simple exemplary diagram in which the wireless terminal 200 in which the agent manager 105 is mounted is in a wireless fighting game with the wireless terminal equipped with the wireless P2P agent 145 via wireless P2P. In the wireless terminal control view, various wireless communication such as stocks, games, SMS, and messenger, which can be multiplexed by the multi-communication processing unit 125 of the agent manager 105 and multi-processed by the operating system sharing processing unit 120, can be performed. The communication agent 100 and the like are displayed.

11B shows that the wireless terminal 200 on which the agent manager 105 is mounted is in a wireless fighting game with the wireless terminal 200 on which the wireless P2P agent 145 is mounted via wireless P2P. When the related information is pushed to the wireless terminal 200 by the multi-communication processing unit 125, the operating system sharing processing unit 120 recognizes the wireless terminal user that the stock information is received from the wireless stock information content provider. In addition, the operating system sharing processing unit 120 recognizes that the stock information has been received by the wireless terminal user through a menu or icon on the control view, a wireless terminal LED for notifying an incoming call, and a ring tone associated with receiving the stock related information.

(C) of FIG. 11 shows that the wireless terminal user from the wireless stock information content provider through the MMI 500 mounted in the agent manager 105 after the wireless terminal user normally terminates or stops in a preferred manner. As a simple example of accessing stock information that is pushed to the 200 and temporarily stored in the wireless terminal 200, the wireless P2P fighting game is performed by the agent manager 105 while the wireless terminal user is accessing the stock information. It is connected to the wireless P2P terminal 225 and the wireless P2P terminal 225 by the communication processing unit 125, and maintained by the operating system sharing processing unit 120 so that the game can be resumed at any time.

According to FIG. 11, the wireless terminal 200 maintains a wireless P2P connection with the wireless P2P terminal 225 by the multiple communication processing unit 125 of the agent manager 105 while the wireless P2P fighting game is in progress. Access to stock information pushed from the wireless stock information content provider.

At this time, the stock information pushed to the wireless terminal 200 is not simply the content of the form output to the wireless terminal is equipped with a function that can perform the stock trading internally, the wireless terminal user is a wireless as described above In the state of maintaining the P2P terminal 225 and the wireless P2P, the wireless Internet stock transaction may be performed through the OS sharing processor 120 and the multi-communication processor 125 of the agent manager 105.

In particular, in the above process, the multi-communication processing unit 125 of the agent manager 105 may use a wired / wireless Internet server system 215 other than a wireless stock information content provider through a security function mounted therein and a security protocol such as WPKI or E2E. Independently of other types of multiple communication such as wired / wireless interworking client system 220, wireless terminal 225 capable of transmitting / receiving data, and short-range wireless communication system 205, the stock transaction is performed without security hacking or leakage of transaction information. do.

12 illustrates a case where a wireless terminal user equipped with an agent manager 105 receives and processes push-based stock information through the agent manager 105 while a wireless P2P fighting game is being played through wireless P2P. Here is a simple flow chart.

When the wireless terminal connects to the wireless stock information content provider and generates new stock information in the server before the fighting game using the wireless P2P communication, that is, the communication with the wireless P2P terminal, the stock information is transmitted to the wireless terminal. Schedule to push in real time without a process.

In general, when new stock information is generated from a wireless stock information content provider, the time at which new stock information is generated is irregular, and the wireless terminal must always be connected to the wireless stock information content provider in order for the wireless terminal user to check the changing stock information based on the full technology. .

However, as in the present embodiment, the wireless terminal user equipped with the agent manager 105 reserves a push for new stock information to the wireless stock information contents provider, and corresponds to a container corresponding to the stock information pushed to the wireless terminal. If a wireless communication agent 100 capable of processing stock information is installed, the wireless terminal immediately acquires new stock information through the agent manager 105 without requesting new stock information by accessing a wireless stock information content provider. You can check it.

Stock information that is pushed from the wireless provider content provider, the wired and wireless server system 215, the wired and wireless interworking client system 220, the wireless terminal 225 that can transmit and receive data, and the short-range wireless communication system 205 Irrespective of the current communication with the &lt; RTI ID = 0.0 &gt;) and the like, &lt; / RTI &gt;

That is, when the new stock information reserved by the wireless Internet user is generated as the wireless stock information content provider, the new stock information is pushed to the wireless terminal, and the wireless exchange system of the mobile communication system receives the new stock information pushed through the shared channel. The wireless terminal outputs the new stock information pushed in a preferred manner to the wireless terminal user through the multiple communication processing unit 125 and the operating system sharing processing unit 120 of the agent manager 105.

As described above, when the wireless terminal user connects to the wireless stock information content provider and reserves push for new stock information (1200), the multi-communication processing unit 125 of the agent manager 105 may communicate with the wireless channel 200. Irrespective of whether or not there is new stock information pushed and received from the wireless stock information content provider, it is repeated 1210.

If there is new stock information pushed from the wireless exchange of the mobile communication terminal to the wireless terminal while the wireless terminal is playing the wireless P2P game (1215), the multi-communication processing unit 125 of the agent manager 105 may determine the above. As shown in FIG. 1220, the new stock information received by the wireless terminal is legitimately authenticated based on the push technology.

That is, the multi-communication processing unit 125 of the agent manager 105 is pushed from the wireless stock information content provider allowed by the wireless terminal for the new stock information pushed from the wireless exchange of the mobile communication system to the wireless terminal, or the WPKI. The legality of the data received by the wireless terminal is comprehensively analyzed by analyzing whether the new stock information pushed through the security protocol such as E2E can be encrypted and decrypted, and whether the new stock information pushed contains malicious code such as a virus. To verify validity.

As described above, when the authentication process of the push new stock information for the wireless terminal in which the agent manager 105 is mounted is successfully completed and the validity of the pushed new stock information is confirmed (1225), the agent manager 105 The processing for the new stock information is transferred to the operating system sharing processing unit 120 (1230).

However, if the validity of the new stock information is not validated (1235), the agent manager 105 immediately deletes the data from the wireless terminal (1240) and repeats the above process.

After the new stock information is secured through the above process through the multi-communication processing unit 125 and transferred to the operating system sharing processing unit 120, the operating system sharing processing unit ( The mobile terminal 120 recognizes the new terminal information to the wireless terminal through an interface on the screen of the wireless terminal, an incoming call ring linked to the pushed data, or an LED indicating the incoming status of the wireless terminal. 1245).

In operation 1250, the operating system sharing processor 120 of the agent manager 105 analyzes the system information of the wireless terminal, the current communication state, and the like to determine whether the new stock information can be processed in real time and in real time.

If the wireless terminal is in a call waiting mode or a desirable state capable of real-time multi-processing to enable the immediate output of new stock information (1255), the operating system sharing processing unit 120 may be a wireless communication agent capable of processing pushed data ( It is checked whether 100 is currently driven (1260).

However, if the wireless terminal is currently in a call state or is performing other types of communication such as a wireless P2P game or a wireless chat, if real-time multiprocessing of the pushed data is not desirable (1265), the operating system sharing processor ( 120 temporarily stores the data pushed to the wireless terminal through the multi-communication processing unit 125 (1270), and waits until the wireless terminal becomes a multi-processing state for the pushed data.

Of course, such a brief waiting process is dependent on the priority designation of the multi-communication of the wireless terminal user. When the wireless terminal user designates the new stock information with a higher priority than other data, the operating system sharing processor 120 Recognizing that the current wireless terminal state is a desirable state capable of multiprocessing on the pushed data, the new stock information is immediately real-time multiprocessed.

Therefore, when the operating system sharing processing unit 120 of the agent manager 105 determines that the wireless terminal 200 is in a desirable state capable of real-time multi-processing on new stock information, the wireless communication agent capable of processing the new stock information. If the 100 is currently being driven to the wireless terminal 200, and if the wireless communication agent 100 corresponding to the new stock information is not driven (1275), after driving the corresponding wireless communication agent 100 ( In operation 1280, the new stock information validated through the MMI is output to the content view on the wireless terminal (1285).

The third embodiment of the present invention relates to a case in which the multi-communication processing unit 125 of the agent manager 105 performs multi-communication through a gathering scheme and the OS sharing processing unit 120 performs real-time multi-processing through the operating system 115. .

Figure 13 is a wireless terminal user accesses a wireless game content provider to download a wireless game while the wireless game, while the new manager is scraping new stock information from the wireless stock information content provider through the gathering technology through the agent manager 105. A simple block diagram for a real time multiprocessing system.

As described above, the wireless communication method of the wireless terminal equipped with the agent manager 105 includes a pull technology, a push technology, a gathering technology, and the like. When the multi-communication processing unit 125 makes a reservation to scrape new stock information from the wireless stock information content provider, the multi-communication processing unit 125 accesses the new wireless stock information content provider without a direct command of the wireless terminal user through the reservation information. It is scraping stock information.

The wireless terminal 200 equipped with the agent manager 105 is connected to the mobile communication system 210 through a base station, and the wireless switch of the mobile communication system 210 includes a plurality of server systems 215 and wired / wireless interworking clients. The system 220 and the wireless terminal 225 capable of transmitting and receiving data share a data channel.

The gateway or proxy server of the mobile communication system 210 serves as a wired / wireless buffer between the wireless terminal 200 in which the agent manager 105 is mounted, the wireless game content provider, and the wireless stock information content provider. When a reservation command for scraping new stock information from the 200 is executed, the multi-communication processing unit 125 of the agent manager 105 accesses the wireless stock information content provider through the gateway or proxy server and scrapes the new stock information. come.

As in the case of the first embodiment of the present invention, the wireless game content provider serves to provide a standalone wireless game, and a game downloaded and executed from the wireless game content provider to the wireless terminal is a corresponding game or game. The wireless communication between the wireless terminal and the wireless game content provider does not occur until one stage of the end of the stage, the feature of such a wireless game is that the present embodiment is to real-time multi-process the new stock information gathered from the wireless stock information provider It provides a way to do it.

The wireless stock information content provider serves to provide stock related information to the wireless terminal 200 in which the agent manager 105 is mounted, and the multi-communication processing unit of the agent manager 105 mounted in the wireless terminal includes new shares. When requesting the information, the multi-communication processor 125 transmits the requested new stock information to the wireless terminal 200.

14 shows a screen of a wireless terminal 200 equipped with an agent manager 105 as a screen using a content view and a control view, and then the wireless terminal 200 downloads a wireless game provided by a wireless game content provider. In the meantime, the multiple communication processing unit 125 of the agent manager 105 connects to the wireless stock information content provider through a gathering technique to scrape new stock information and multi-process it.

14A is a simple exemplary diagram in which a wireless terminal user equipped with an agent manager 105 connects to a wireless game content provider and downloads a wireless game based on a full technology, and then plays a game. In the view, a wireless game is in progress, and the control view displays the wireless communication agents 100 currently running on the wireless terminal, a game agent currently running, and the like.

14B illustrates that when the wireless terminal 200 in which the agent manager 105 is mounted is in a preferable state in which multiprocessing is possible by the gathering technique, the multi-communication processing unit 125 transmits the wireless stock information through the gathering reservation information. As a simple example of accessing a content provider and scraping new stock information and outputting it to a content view, the wireless terminal 200 in which the agent manager 105 is mounted while the wireless terminal user accesses the stock information is different. A multi-wire communication server system 215, a wired / wireless interworking client system 220, a wireless terminal 225 capable of transmitting / receiving data, and a short range wireless communication system 205 maintain multiple communication states, and the multi-communication processor 125 The new stock information scraped by the wireless terminal 200 is not simply the content of the output form, but internally trades stocks. The wireless terminal 200 is equipped with a function capable of performing the communication, and the wireless terminal 200 performs the communication with other types of wireless communication as described above, and the operating system sharing processing unit 120 and the multiple communication processing unit 125 of the agent manager 105. You can conduct wireless Internet stock trading.

In particular, in the above process, the multi-communication processing unit 125 of the agent manager 105 may use a wired / wireless Internet server system 215 other than a wireless stock information content provider through a security function mounted therein and a security protocol such as WPKI or E2E. Independently of other types of multiple communication such as wired / wireless interworking client system 220, wireless terminal 225 capable of transmitting / receiving data, and short-range wireless communication system 205, the stock transaction is performed without security hacking or leakage of transaction information. do.

15 shows that the multi-communication processing unit of the agent manager 105 passes through the gathering to the wireless stock information content provider while the wireless terminal user equipped with the agent manager 105 downloads the wireless game from the wireless game content provider. This is a simple flow chart of the process of accessing and scraping new stock information and outputting it to the wireless terminal.

The wireless terminal applies gathering reservation information for scraping new stock information from the wireless stock information contents provider through the multi-communication processing unit 125 before downloading the wireless game from the wireless game contents provider and proceeding with the corresponding game (1500). The multi-communication processing unit 125 to which the gathering reservation information is applied is configured to access the wireless stock information content provider and scrape new stock information without a direct command of the wireless terminal user.

In general, when the new stock information is generated in the wireless stock information content provider is irregular, the wireless terminal 200 is always connected to the wireless stock information content provider in order for the wireless terminal user to check the stock information that changes frequently based on the full technology. Must be in

However, if the gathering reservation information is applied to the multi-communication processing unit 125 of the agent manager 105 as in this embodiment, the multi-communication processing unit 125 does not need to access the wireless stock information content provider at all times. The new stock information may be automatically scraped by accessing the wireless stock information content provider with reference to the reservation information.

The stock information gathered from a wireless provider of content may include: a wired / wireless server system 215, a wired / wireless linked client system 220, a wireless terminal 225 capable of data transmission and reception, and a short range wireless communication system 205. Irrespective of the current communication, etc.), and is transmitted to the multi-communication processing unit 125 of the agent manager 105, and outputted to the wireless terminal by the operating system sharing processing unit 120, in this embodiment the wireless terminal is a wireless game content provider The multi-communication processing unit 125 gathers new stock information while the wireless game is in progress.

As described above, after the wireless terminal user applies the gathering reservation information for gathering new stock information from the wireless stock information content provider to the multi-communication processing unit 125 of the agent manager 105, the wireless game user downloads the wireless game from the wireless game content provider. While the wireless game is in progress (1505), the multi-communication processing unit 125 of the agent manager 105 refers to the gathering reservation information and connects to the wireless stock information content provider to execute the gathering operation on the new stock information. In step 1510, the process is repeated until all gathering reservation information is completed.

As described above, if the multi-communication processing unit 125 executes a gathering operation for the wireless stock information content provider with reference to the gathering reservation information (1515) while the wireless terminal is playing the wireless game, the operating system of the agent manager 105 is executed. The sharing processor 120 checks whether the current wireless terminal is in a desirable state capable of real-time multiprocessing (1520). If the wireless terminal is in a desirable state capable of real-time multiprocessing through the reserved gathering task (1525), the operating system sharing processing unit 120 drives the wireless communication agent 100 corresponding to the multi-processed gathering data (1530).

On the contrary, if it is not a desirable state capable of multi-processing the currently scheduled gathering task in real time (1535), the operating system sharing processor 120 may be in a desirable state capable of multi-processing the multiple communication processor executing the scheduled gathering task. Temporarily wait until 1540.

If a scheduled gathering task is executed in the wireless terminal 200 in which the agent manager 105 is mounted, and the wireless terminal 200 is capable of processing multiple gathering tasks in real time, the operating system sharing processor 120 may perform the above-mentioned operation. As described above, the wireless communication agent 100 corresponding to the gathering data is driven, and the multi-communication processing unit 125 connects to the wireless stock information content provider and checks whether new stock information exists (1535).

If new stock information exists in the wireless stock information content provider (1540), the multi-communication processing unit 125 of the agent manager 105 requests transmission of the new stock information from the wireless stock information content provider to the multi-communication processing unit 125. (1545).

However, if the stock information existing in the wireless stock information content provider is not new stock information, the multi-communication processing unit 125 stops the gathering task for the wireless stock information contents provider and waits until the next scheduled gathering task is executed. .

When new stock information is received from the wireless stock information content provider through the gathering operation of the multiple communication processing unit 125 to the multi communication processing unit 125, the multi communication processing unit 125 checks whether the received data is legitimately authenticated. Perform the process (1550).

That is, the multiple communication processing unit 125 of the agent manager 105 transmits the data received from the wireless exchanger of the mobile communication system 210 to the wireless terminal 200 from a source permitted by the wireless terminal 200. Whether it is possible to encrypt and decrypt the received data through a security protocol such as WPKI or E2E, and whether the received data contains malicious code such as a virus. Validity is checked by validity and integrity.

As described above, when the authentication process of the push data for the wireless terminal in which the agent manager 105 is mounted is successfully completed and the validity of the received data is verified (1555), the agent manager 105 processes the received data. In operation 1560, the mobile station outputs the information to the wireless terminal via the MMI 500 through the operating system sharing processor 120.

However, if the validity of the received data is not validated (1565), the agent manager 105 immediately deletes the data from the wireless terminal and requests the wireless stock information content provider to transmit new stock information (1570). .

In the fourth embodiment of the present invention, the multi-communication processing unit 125 of the agent manager 105 performs multiple communication through the gathering method, and the OS sharing processing unit 120 temporarily stores the data received through the buffering in the memory and then multi- This is the case for processing and outputting.

16 is a diagram of a real-time multi-processing system in which a wireless terminal user scrapes new stock information from a wireless stock information content provider through a gathering technique through an agent manager 105 during a wireless chat while connecting to a wireless chat content provider. It is a simple block diagram.

As described above, in the gathering technique of the present embodiment, when the wireless terminal user reserves the new communication information from the wireless stock information content provider in the multi-communication processing unit 125 of the agent manager 105, the multi-communication processing unit 125 The new information is scraped by accessing the wireless stock information content provider without direct command of the wireless terminal user through the reservation information.

The wireless terminal 200 equipped with the agent manager 105 is connected to the mobile communication system 210 through a base station, and the wireless switch of the mobile communication system 210 includes a plurality of server systems 215 and wired / wireless interworking clients. The system 220 and the wireless terminal 225 capable of transmitting and receiving data share a data channel.

The gateway or proxy server of the mobile communication system 210 serves as a wired / wireless buffer between the wireless terminal 200 on which the agent manager 105 is mounted, the wireless game content provider, and the wireless stock information content provider. When a reservation command for scraping new stock information is executed, the multiple communication processing unit 125 of the agent manager 105 accesses the wireless stock information content provider through the gateway or proxy server and scrapes new stock information.

The wireless chat content provider serves to provide a wireless chat service to the wireless terminal 200 equipped with a VM or a wireless internet browser, and all wireless terminals participating in the wireless chat are connected to the wireless chat content provider.

In the present embodiment, the wireless terminal 200 accesses the wireless chat content provider based on the full technology and performs the wireless chat, and the chat content is transmitted from the wireless chat content provider to the wireless terminal 200 due to the nature of the chat. In part, a push technique or a gathering technique may be used.

The wireless stock information content provider serves to provide stock related information to the wireless terminal 200 in which the agent manager 105 is mounted, and the multiple communication processing unit of the agent manager 105 mounted in the wireless terminal 200. When the 125 requests the new stock information, the multi-communication processor 125 transmits the requested new stock information to the wireless terminal 200.

17 After the screen of the wireless terminal 200 equipped with the agent manager 105 is configured as a screen using a content view and a control view, the wireless terminal 200 connects to a wireless chat content provider to perform a wireless chat. During the process, the multi-communication processing unit of the agent manager 105 scrapes the new stock information from the wireless stock information content provider with reference to the gathering reservation information, recognizes that the new stock information has been received by the wireless terminal, and then multi-processes it. Simple illustration.

17A is a simple exemplary diagram in which a wireless terminal 200 equipped with an agent manager 105 is connected to a wireless chat content provider to perform a wireless chat, and the current agent manager 105 is displayed in the wireless terminal control view. Various wireless communication agents 100, such as stocks, chats, SMS, and messengers, which can be multiplexed by the multiple communication processing unit 125 and multiplexed by the operating system sharing processing unit 120, are displayed.

In FIG. 17B, the multiple communication processing unit 125 of the agent manager 105 gathers while the wireless terminal 200 on which the agent manager 105 is mounted is connected to the wireless chat content provider to perform wireless chat. When the new stock information is scraped by accessing the wireless stock information content provider through the reservation information, the operating system sharing processor 120 recognizes that the new stock information has been received from the wireless stock information contents provider. The operating system sharing processor 120 recognizes that the stock information has been received by the wireless terminal user through a menu or icon on a control view, a wireless terminal LED for notifying an incoming call, and a ring tone associated with receiving the stock related information.

17C shows a new stock scraped from the wireless stock information content provider through the MMI 500 mounted in the agent manager 105 after the wireless terminal user normally terminates or stops the wireless chat in a preferred manner. As a simple example of accessing the information, the wireless communication agent 100 corresponding to the wireless chat while the wireless terminal user is accessing the stock information is connected to the wireless chat content provider by the multiple communication processing unit 125. It is maintained, and the chat can be resumed at any time by the operating system sharing processing unit 120.

According to FIG. 17, the wireless terminal is reserved for the multi-communication processing section 125 while connected to the wireless chat content provider by the multi-communication processing section 125 of the agent manager 105 while the wireless chat is in progress. The new stock information may be scraped from the wireless stock information content provider through the gathering reservation information.

At this time, the stock information scraped to the wireless terminal 200 is not simply the content of the form output to the wireless terminal 200 is equipped with a function that can perform the stock trading internally, the wireless terminal user described above As described above, the wireless Internet stock transaction may be performed through the operating system sharing processing unit 120 and the multiple communication processing unit 125 of the agent manager 105 while maintaining the wireless P2P terminal 225 and the wireless P2P.

In particular, in the above process, the multi-communication processing unit 125 of the agent manager 105 may use a wired / wireless Internet server system 215 other than a wireless stock information content provider through a security function mounted therein and a security protocol such as WPKI or E2E. Independently of other types of multiple communication such as wired / wireless interworking client system 220, wireless terminal 225 capable of transmitting / receiving data, and short-range wireless communication system 205, the stock transaction is performed without security hacking or leakage of transaction information. do.

18 is a diagram illustrating a wireless stock information through gathering of multiple communication processing units 125 of an agent manager 105 while a wireless terminal user equipped with an agent manager 105 is connected to a wireless chat content provider to perform a wireless chat. This is a simple flowchart of a process of accessing a content provider and scraping new stock information.

The wireless terminal 200 applies the gathering reservation information for scraping new stock information from the wireless stock information content provider through the multi-communication processing unit 125 before accessing the wireless chat content provider and conducting the wireless chat. The multi-communication processing unit 125 is configured to access the wireless stock information content provider and scrape new stock information without a direct command of the wireless terminal user.

As described above, when the new stock information is generated in the wireless stock information content provider, the timing of generation of new stock information is irregular, and in order for the wireless terminal user to check the stock information that changes frequently based on the full technology, the wireless terminal is always connected to the wireless stock information contents provider. Should be.

However, when the gathering reservation information is applied to the multi-communication processing unit 125 of the agent manager 105 as in the present embodiment, the multi-communication processing unit 125 does not need to always access the wireless stock information content provider. ) Will automatically access the wireless stock information content provider to scrape new stock information with reference to the reservation information.

The new stock information gathered from a wireless content provider to a wireless terminal may include a different type of wired / wireless server system 215, a wired / wireless interworking client system 220, a wireless terminal 225 capable of transmitting / receiving data, and short-range wireless. Regardless of the current communication with the communication system 205 or the like, the newly given information transmitted to the multiple communication processing unit 125 of the agent manager 105 and gathered to the wireless terminal as described above is wirelessly transmitted by the operating system sharing processing unit 120. Output to the terminal.

The present embodiment relates to a case where the wireless terminal 200 scrapes new stock information to the wireless terminal through gathering reservation information applied to the multi-communication processing unit while the wireless terminal 200 is accessing the wireless chat content provider and performing the wireless chat.

After the wireless terminal user applies the gathering reservation information for gathering new stock information from the wireless stock information content provider to the multi-communication processing unit 125 of the agent manager 105 (1800), the wireless terminal 200 While performing a wireless chat by accessing the wireless chat content provider (1805), the multi-communication processing unit 125 of the agent manager 105 accesses the wireless stock information content provider with reference to the gathering reservation information and receives information on the new stock information. It is determined whether to execute the gathering operation (1810), and the process is repeated until all gathering commands stored in the gathering reservation information are completed.

As described above, if the multi-communication processing unit 125 executes a gathering operation with respect to the wireless stock information content provider while referring to the gathering reservation information (1815), the agent manager 105 is currently present. Regardless of whether the wireless terminal 200 is in a desirable state capable of real time multi-processing, the multi-communication processing unit 125 refers to the gathering reservation information and accesses the wireless stock information content provider to check whether new stock information exists (1820). .

If new stock information exists in the wireless stock information content provider (1825), the multi-communication processing unit 125 of the agent manager 105 requests transmission of the new stock information from the wireless stock information content provider to the multi-communication processing unit 125. (1830).

However, if the stock information existing in the wireless stock information content provider is not new stock information, the multi-communication processing unit 125 stops the gathering job for the wireless stock information content provider and waits until the next scheduled gathering job is executed. .

When new stock information is received from the wireless stock information content provider through the gathering operation of the multiple communication processing unit 125 to the multi communication processing unit 125, the multi communication processing unit 125 checks whether the received data is legitimately authenticated. Perform the process (1835).

That is, the multi-communication processing unit 125 of the agent manager 105 transmits the data received from the wireless switchboard of the mobile communication terminal to the wireless terminal 200 from a source permitted by the wireless terminal, such as WPKI or E2E. Through the same security protocol, it analyzes and verifies the legitimacy and integrity of the data received by the wireless terminal by comprehensively analyzing whether the received data can be encrypted and decrypted and whether the received data contains malicious code such as a virus.

As described above, when the authentication process of the new stock information for the wireless terminal in which the agent manager 105 is mounted is successfully completed and the validity of the received data is verified (1840), the agent manager 105 may check the received data. The process is transferred to the operating system shared processing unit 120 (1845).

However, if the validity of the received data is not validated (1850), the agent manager 105 immediately deletes the data from the wireless terminal and requests the wireless stock information content provider to send new stock information that is legally authenticated. (1855).

Fig. 19 shows a new stock information in which a multi-communication processing unit is legally authenticated by accessing a wireless stock information content provider through gathering while the wireless terminal user equipped with the agent manager 105 is conducting wireless chat. If it is scraped, a simple flow chart for the process of outputting the corresponding stock information to the wireless terminal.

The validity of the new stock information scraped from the wireless stock information content provider to the wireless terminal is confirmed by the multi-communication processing unit of the agent manager 105 through the process as shown in FIG. 18, and the new stock information is transferred to the operating system sharing processing unit 120. 1900, the operating system sharing processing unit 1905 receives a call of the ringtone and stock information linked with the stock information reception that the new stock information validated as described above has been received from the wireless stock information content provider by the wireless terminal. The notification is recognized by the wireless terminal user through the wireless terminal LED and various incoming interface on the screen (1905).

However, according to the present embodiment, in the process of the agent manager 105 mounted on the wireless terminal scraping new stock information from the wireless stock information content provider through the multi-communication processing unit, the agent manager 105 is the operating system sharing processing unit 120. ), It is not checked whether the current wireless terminal is in a desirable state capable of real time multiplexing the wireless stock information.

However, as shown in Fig. 17, it is not a preferable method for the wireless terminal to terminate or stop the chat without obtaining the consent of other users participating in the chat while the wireless chat is in progress.

Accordingly, the operating system sharing processing unit 120 recognizes that the new terminal information has been validated and received the wireless terminal user, and then refers to the system information of the wireless terminal, the current wireless terminal communication state, and the multi-process priority information. The terminal checks whether the real-time multiprocessing is possible (1910).

If it is determined that it is not desirable for the wireless terminal to perform multi-process in real time (1915), the operating system sharing processing unit 120 temporarily stores the new stock information received by the wireless terminal (1920), and then the wireless terminal can multi-process. Wait for a while until

The wireless terminal user asks the other chat users to end the chat and exits the chat room while staying connected, or the wireless terminal user makes a new stock through the MMI 500 of the agent manager 105 during the chat. By requesting access to the information, when the wireless terminal is in a desirable state capable of multiprocessing new stock information (1920), the operating system sharing processing unit 120 drives the wireless communication agent 100 corresponding to the new stock information ( 1930).

When the wireless communication agent 100 corresponding to the new stock information is driven as described above, the operating system sharing processor 120 outputs the new stock information, which has been validated through MMI, to the content view (1935).

According to the present invention, by providing a multiple data processing system supporting both wireless data communication and wireless Internet at the same time, other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication without interruption of the wireless Internet during the wireless Internet. It supports other kinds of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service, and other kinds without interruption of the wireless data communication during wireless data communication. It supports wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication, and has the effect of supporting wireless Internet, wireless P2P service, or wireless data communication without interruption of the short-range wireless communication during short-range wireless communication.

Claims (48)

In a wireless communication device supporting wireless data communication and wireless Internet, Means for securing multiple communication channels for simultaneous wireless data communication and wireless internet support; Means for sharing an operating system in the wireless communication device to simultaneously process data transmitted and received through the multiple communication channels in the wireless communication device; And And means for simultaneously outputting the multiplexed data to the wireless communication device display window. At least one wireless communication agent for processing the wireless data communication and the wireless Internet in the wireless communication device, Means for each of the wireless communication agents to share a mobile communication system to perform multiple communications; Means for allowing the plurality of wireless communication agents to share an operating system in the wireless communication device to multi-process the data transmitted and received through the multiple communication; And And means for simultaneously outputting the multiplexed data to the wireless communication device display window. In a wireless communication device supporting wireless data communication and wireless Internet, At least one wireless communication agent for processing the wireless data communication and the wireless Internet in the wireless communication device, A multi-communication processor for supporting a multi-communication for the wireless communication agent by sharing a wireless communication protocol with the wireless communication device operating system; And And an agent manager comprising: an operating system sharing processor configured to allow the wireless communication agent to multi-process data transmitted and received through the multiple communication processor based on the wireless communication device operating system. Wireless multiple communication processing system. The system of claim 3, wherein the wireless multiple communication processing system comprises: And means for simultaneously outputting the multiplexed data to the wireless communication device display window. The method of claim 3, wherein the agent manager, And wherein said wireless communication agent is located between said wireless communication agent and said wireless communication device operating system. The wireless multiple communication processing system of claim 1 or 2, A wireless multi-communication processing system characterized by supporting multiple communication using pull technology, pull technology, gathering technology. The method of claim 3, wherein the agent manager, A wireless multi-communication processing system characterized by supporting multiple communication using pull technology, pull technology, gathering technology. The method of claim 3, wherein the agent manager, Ordering tasks of respective wireless communication agents to support multitasking, and controlling input / output operations; Processing packets transmitted from the respective wireless communication agent to the outside based on respective protocols and wireless communication systems; And And a function of loading a packet received from the outside based on each protocol and a wireless communication system, and distributing the packet to each wireless communication agent. The method of claim 3, wherein the agent manager, A wireless multi-communication processing system, characterized in that it supports multiple data communication in conjunction with a wireless security system including WPKI (Wireless Public Key Infrastructure) or E2E (End-To-End). The wireless multiple communication processing system of claim 1 or 2, A wireless multi-communication processing system, characterized in that it supports multiple data communication in conjunction with a wireless security system including WPKI (Wireless Public Key Infrastructure) or E2E (End-To-End). The method of claim 1, wherein the wireless communication device, Includes handheld-based Personal Communication System (PCS), Global System for Mobile communications (GSM), Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA), and Smart Phone A wireless multiple communication processing system comprising a wireless terminal for mobile communication. The method of claim 1, wherein the wireless data communication, A wireless multi-communication processing system comprising wireless data communication including a short message service (SMS), an enhanced message service (EMS), and a multimedia messaging service (MMS). The method of claim 1, wherein the wireless Internet, A wireless multi-communication processing system comprising a wireless Internet including a wireless application protocol (WAP), a mobile explorer (ME), and a virtual machine (VM). The method of claim 2 or 3, wherein the wireless communication agent, And a software such as a wireless message application for wireless data communication and a browser and a virtual machine for a wireless internet. The method of claim 2 or 3, wherein the wireless communication agent, VMs and VM agents, including C-language-based VMs and Java-based VMs; A wireless internet browser including a WAP-based wireless Internet and a ME-based wireless internet; A wireless P2P agent using direct data communication between wireless communication devices including a wireless network game; A wireless message agent for wireless data communication, including SMS, EMS, and MMS; And Short-range wireless communication agent for supporting short-range wireless communication, such as Bluetooth (Bluetooth), WLAN. The method according to claim 1 or 2 or 3, wherein the multiple communication means, Means for multiplexing the wireless Internet with other types of wireless Internet, wireless P2P services, wireless data communications, or short-range wireless communications; Means for multiplexing with other types of wireless P2P services, wireless Internet, wireless data communications, or near field communications during wireless P2P services; Means for multiplexing with another type of wireless data communication, wireless Internet, wireless P2P service, or near field communication during wireless data communication; And means for multiplexing via wireless Internet, wireless P2P service, or wireless data communication during near field communication. The method of claim 1 or 2 or 3, wherein the multi-communication support, A server system including a wireless internet content provider and an SMS server; A wired / wireless interworking client system including a wired / wireless interworking P2P computer; A wireless terminal capable of transmitting and receiving data, including a wireless P2P terminal or a Mobile Originated SMS (MO SMS) terminal; And Short-range wireless communication system including a Bluetooth or a wireless LAN; and wireless multiplex communication processing system characterized in that the real-time multiple communication is supported without a waiting process. The method of claim 1, wherein the multiple communication, A wireless multi-communication processing system characterized by sharing a wireless communication line through connectionless communication, which allocates a line only when a packet is transmitted. The method of claim 1, wherein the multiple communication, Simultaneously outputting data received through the multiple communication to the wireless communication device in real time; And storing the data received through the multi-communication temporarily in a memory through buffering and simultaneously outputting the data to the wireless communication device. The device according to claim 1 or 2 or 4, wherein the means for simultaneously outputting the multi-processed data to the wireless communication device, A wireless multi-communication processing system comprising: dividing a screen of a wireless communication device including a liquid crystal display (LCD) into a plurality of views, and simultaneously outputting the multiple data to each view. . The method according to claim 1 or 2 or 4 or 20, Means for multiplexing to said view multiple data transmitted / received in another type of wireless internet, wireless P2P service, wireless data communication, or short-range wireless communication without interruption of said wireless internet during wireless internet; Means for multiplexing the view with multiple data transmitted / received by another type of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service; Means for multiplexing the view with multiple data transmitted / received in another type of wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication without interruption of the wireless data communication during wireless data communication; And And means for multiplexing the multiple data transmitted and received by wireless Internet, wireless P2P service, or wireless data communication to the view during the short-range wireless communication without interruption of the short-range wireless communication. system. The device according to claim 1 or 2 or 4, wherein the means for simultaneously outputting the multi-processed data to the wireless communication device, And additionally mounts a sub screen such as a breaking news window or an electronic signboard on the same surface as the main screen of the wireless communication device to simultaneously output multiple data transmitted and received on the wireless communication device. Wireless multiple communication processing system. The method according to claim 1 or 2 or 4 or 22, Multiple data transmitted / received through other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication without interruption of the wireless Internet on the main screen and sub screen during the wireless internet. Dividing and outputting means; The main screen and the sub screen display multiple data transmitted / received by another kind of wireless P2P service, wireless internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service. Means for dividing into multiple outputs); The main screen and the sub screen display multiple data transmitted / received through other types of wireless data communication, wireless internet, wireless P2P service, or short-range wireless communication without interruption of the wireless data communication during wireless data communication. Means for dividing into multiple outputs); And Splitting and multiplexing the multiple data transmitted and received by wireless Internet, wireless P2P service, or wireless data communication into the main screen and sub screen without interruption of the short range wireless communication during short range wireless communication. Means; comprising a wireless multiple communication processing system. The method of claim 20 or 22, The message data transmission and reception view or auxiliary screen is a wireless multi-communication processing system, characterized in that the left or right scrolling (Single Row) output view or an auxiliary screen. The method of claim 20 or 22 or 24, wherein the view or auxiliary screen, And a function of automatically scrolling a message exceeding left and right columns of the view or sub-screen. The device according to claim 1 or 2 or 4, wherein the means for simultaneously outputting the multi-processed data to the wireless communication device, After dividing the screen of the wireless communication device into a content view and a control view, And controlling the screen output of the content view through the control view to simultaneously output the multiple data. The method according to claim 1 or 2 or 4 or 26, Means for dividing and multiplexing the multiple data transmitted and received by other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication into the content view and control view during the wireless Internet without interruption of the wireless internet; Means for dividing and multiplexing multiple data transmitted and received by another type of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication into the content view and the control view during the wireless P2P service without interruption of the wireless P2P service; Means for dividing and multiplexing the multi-data transmitted and received by another type of wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication into the content view and the control view during wireless data communication; And And means for dividing the multiple data transmitted and received by wireless Internet, wireless P2P service, or wireless data communication into the content view and the control view without interruption of the short range wireless communication in the short range wireless communication. Wireless multiple communication processing system. The device according to claim 1 or 2 or 4, wherein the means for simultaneously outputting the multi-processed data to the wireless communication device, And a tab control comprising a view and a tab on the screen of the wireless communication device to simultaneously output the processing results of the plurality of wireless communication agents. The method according to claim 1 or 2 or 4 or 28, Means for multiplexing multiple data transmitted and received by other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication using the tab and control of the view and tabs during the wireless Internet without interruption of the wireless Internet. ; Multiple outputs using the tab control consisting of the above view and tabs of multiple data transmitted / received by another type of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service Means for making; Multi-output using the tab control consisting of the view and the tab multiple data transmitted and received by another type of wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication without interruption of the wireless data communication during wireless data communication Means for making; And And means for multiplexing multiple data transmitted / received by wireless Internet, wireless P2P service, or wireless data communication using a tap control composed of the view and the tap without stopping the short-range wireless communication during short-range wireless communication. Wireless multiple communication processing system, characterized in that. In a wireless communication device that supports wireless data communication and wireless Internet at the same time, And a means for dividing the screen of the wireless communication device into the wireless internet communication data output window and the data output window transmitted and received through the wireless data communication and dividing the screen into views 1 and 2. The method of claim 30, wherein the wireless communication device, And a video memory for the view 1 and a video memory for the view 2 separately for operating the divided data output windows of the view 1 and the view 2. FIG. The method of claim 30 or 31, Means for multiplexing to said view multiple data transmitted / received in another type of wireless internet, wireless P2P service, wireless data communication, or short-range wireless communication without interruption of said wireless internet during wireless internet; Means for multiplexing the view with multiple data transmitted / received by another type of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service; Means for multiplexing the view with multiple data transmitted / received in another type of wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication without interruption of the wireless data communication during wireless data communication; And And means for multiplexing the multiple data transmitted / received by wireless Internet, wireless P2P service, or wireless data communication to the view without interruption of the short-range wireless communication during short-range wireless communication. In a wireless communication device that supports wireless data communication and wireless Internet at the same time, A sub screen such as a breaking news window or an electronic signboard for outputting data transmitted and received through the wireless data communication on the same surface as the main screen of the wireless communication device which outputs the wireless internet communication data. And a means for additionally mounting and simultaneously outputting multiple data transmitted and received to the wireless communication device. The method of claim 33, Multiple data transmitted / received through other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication without interruption of the wireless Internet on the main screen and sub screen during the wireless internet. Dividing and outputting means; The main screen and the sub screen display multiple data transmitted / received by another kind of wireless P2P service, wireless internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service. Means for dividing into multiple outputs); The main screen and the sub screen display multiple data transmitted / received through other types of wireless data communication, wireless internet, wireless P2P service, or short-range wireless communication without interruption of the wireless data communication during wireless data communication. Means for dividing into multiple outputs); And Splitting and multiplexing the multiple data transmitted and received by wireless Internet, wireless P2P service, or wireless data communication into the main screen and sub screen without interruption of the short range wireless communication during short range wireless communication. Means; comprising a wireless communication device. The method of claim 30 or 33, The message data transmission / reception view or auxiliary screen is a wireless communication device, characterized in that the left or right scrolling (Single Row) output view or an auxiliary screen. 36. The method of claim 30 or 33 or 35, wherein the view or auxiliary screen, And a function of automatically scrolling a message exceeding left and right columns of the view or sub-screen. In a wireless communication device that supports wireless data communication and wireless Internet at the same time, And a means for dividing the screen of the wireless communication device into a control view for allocating and managing multiple data output to the content view, such as a content view and a tray icon, which are main screens. The method of claim 37, Means for dividing and multiplexing the multiple data transmitted and received by other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication into the content view and control view during the wireless Internet without interruption of the wireless internet; Means for dividing and multiplexing multiple data transmitted and received by another type of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication into the content view and the control view during the wireless P2P service without interruption of the wireless P2P service; Means for dividing and multiplexing the multi-data transmitted and received by another type of wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication into the content view and the control view during wireless data communication; And And means for dividing the multiple data transmitted and received by wireless Internet, wireless P2P service, or wireless data communication into the content view and the control view without interruption of the short range wireless communication in the short range wireless communication. Wireless communication device. In a wireless communication device that supports wireless data communication and wireless Internet at the same time, And a means for mounting a tab control consisting of a view and a tab on a screen of the wireless communication device to simultaneously output multiple data transmitted to and received from the wireless communication device. The method of claim 39, Means for multiplexing multiple data transmitted and received by other types of wireless Internet, wireless P2P service, wireless data communication, or short-range wireless communication using the tab and control of the view and tabs during the wireless Internet without interruption of the wireless Internet. ; Multiple outputs using the tab control consisting of the above view and tabs of multiple data transmitted / received by another type of wireless P2P service, wireless Internet, wireless data communication, or short-range wireless communication without interruption of the wireless P2P service during wireless P2P service Means for making; Multi-output using the tab control consisting of the view and the tab multiple data transmitted and received by another type of wireless data communication, wireless Internet, wireless P2P service, or short-range wireless communication without interruption of the wireless data communication during wireless data communication Means for making; And Means for multiplexing multiple data transmitted / received by wireless Internet, wireless P2P service, or wireless data communication using a tap control composed of the view and the tap without stopping the short-range wireless communication during short-range wireless communication. Wireless communication device, characterized in that. 40. The wireless communication apparatus of claim 30 or 33 or 37 or 39, A wireless communication device, which supports multiple communications using pull technology, pull technology, and gathering technology. 40. The wireless communication apparatus of claim 30 or 33 or 37 or 39, A wireless communication device supporting multiple data communication by interworking with a wireless security system including WPKI (Wireless Public Key Infrastructure) or E2E (End-To-End). 40. The wireless communication apparatus of claim 30 or 33 or 37 or 39, Includes handheld-based Personal Communication System (PCS), Global System for Mobile communications (GSM), Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA), and Smart Phone Wireless communication device comprising a wireless terminal for mobile communication 40. The method of claim 30 or 33 or 37 or 39, wherein the wireless data communication, A wireless communication device comprising wireless data communication including a short message service (SMS), an enhanced message service (EMS), and a multimedia messaging service (MMS). The method of claim 30 or 33 or 37 or 39, wherein the wireless Internet, A wireless communication device comprising a wireless Internet including a WAP (Wireless Application Protocol), a ME (Mobile Explorer), and a VM (Virtual Machine). 40. The wireless communication apparatus of claim 30 or 33 or 37 or 39, VMs and VM agents, including C-language-based VMs and Java-based VMs; A wireless internet browser including a WAP-based wireless internet and a ME-based wireless internet; A wireless P2P agent using direct data communication between wireless communication devices including a wireless network game; A wireless message agent for wireless data communication, including SMS, EMS, and MMS; And Short-range wireless communication agent for supporting short-range wireless communication, such as Bluetooth (Bluetooth), wireless LAN; wireless communication device comprising a. 40. The wireless communication apparatus of claim 30 or 33 or 37 or 39, A server system including a wireless internet content provider and an SMS server; A wired / wireless interworking client system including a wired / wireless interworking P2P computer; A wireless terminal capable of transmitting and receiving data, including a wireless P2P terminal or a Mobile Originated SMS (MO SMS) terminal; And Short-range wireless communication system including a Bluetooth or a wireless LAN; Wireless communication device characterized in that the real-time multiple communication is supported without a waiting process. 40. The wireless communication apparatus of claim 30 or 33 or 37 or 39, Means for simultaneously outputting data received through the multiple communication to the wireless communication device in real time; And And means for temporarily storing the data received through the multiple communication in a memory through buffering and simultaneously outputting the data to the wireless communication device.