KR20060012920A - The system and operating method for enterprise wireless application service - Google Patents

Abstract

The present invention relates to an enterprise wireless application service system and operation method for integrating and operating a mobile service of a company having a variety of contents, in particular, to implement the mobile work desired by the customer on the platform by interworking with the main system of various customer companies, The present invention relates to a technology that enables delivery through a terminal.

According to the invention, the client terminal; A BCP engine unit which provides a dedicated browser for a period business for smoothly performing the period business in the client terminal; Legacy interface (Legacy I / F) unit for interworking with the BCP engine unit for transmitting and receiving data with the internal and external systems of the enterprise, data conversion and process management; An IDE unit interworking with the BCP engine unit and the legacy interface unit to integrate the interface and the authority management through a single interface; And an operation management unit for periodically monitoring the various resources of the BCP engine unit and providing an operation manager with monitoring statistics through a database (DB) to perform efficient management. do.

Enterprise, Wireless, Mobile, Application, BCP, Client

Description

System and operating method for enterprise wireless application service

1 is a conceptual diagram illustrating an operation of an enterprise wireless application service according to the present invention.

2 is a block diagram of an enterprise wireless application service system according to the present invention.

3 is a flowchart illustrating a BCP service use of a corporate customer user of a wireless application service according to the present invention.

4A and 4B are flowcharts illustrating a download of a BCP browser upon first access of the user terminals PDA-1 and 2 according to an embodiment of the present invention.

The present invention relates to an enterprise wireless application service system and operation method for integrating and operating a mobile service of an enterprise having various contents. More specifically, the present invention relates to a technology that enables a customer to implement a mobile task desired by a customer by interworking with a main system of various customer companies on a platform, and deliver it through various terminals.

Enterprise wireless application service is a service that can be delivered through various terminals by implementing the mobile business that the customer wants on the platform by interworking with the main system of various customer companies.

In particular, the conventional wireless application service has reached the limit of business for the following reasons.

First, the focus was on providing mobile enable solutions for enterprise applications, not the entire application.

Second, there were many demands for the introduction of solutions based on important business partnerships for the formation of an Application Service Provider (ASP).

Third, coexistence of various kinds of package solutions and SI applications was required.

Fourth, for the security of corporate customers, various operating environments were required in which the physical location of the service system could be inside the customer company.

Therefore, in order to overcome the limitations of such a business, 1) it is possible to respond to the customer's service needs at a rapid and low cost, 2) to expand the service offerings of new and existing customers through the integration of services, and 3) to provide flexibility. As a result, the development of new types of business models that could absorb business partners with new models was required.

As a related art, patent application 10-2002-0061037 (corporate application integration solution as a web service integration platform applying web synergy, messaging middleware and web service standard technology), and patent application 10-2000-0083305 (xm system and non -Adapter device for data transmission between XM systems and data transmission method using the same, Patent application 10-2002-0014151 (wireless application service provider system), Patent application 10-2001-0019964 (automata based on theory Wired and wireless Internet integrated operation management system and its method) of component techniques).

However, such known conventional technologies are an Internet integrated platform service (patent application 10-2002-0061037) for providing an Internet service in an integrated format, and a service for converting non-XML data into XML (patent application 10-2000). -0083305), a service that enables the dynamic user screen composition and relocation by the administrator (Patent Application 10-2002-0014151), and the contents of the wired Internet site can be applied to the construction of the wireless Internet site to manage the integrated operation The service (patent application 10-2001-0019964) can be usefully provided to the customer, but it could not satisfy the requirements of various customers with minimal cost and time while reflecting the characteristics of the wireless application business.

Accordingly, the present invention is to solve the above problems, the present invention reflects the characteristics of the business business well while providing a variety of customer companies by providing a wireless application service for the enterprise that can satisfy the requirements of various customers at a minimum cost and time Its purpose is to allow customers to implement their mobile business on the platform and to deliver it through various terminals.

As the technical idea for achieving the above object of the present invention

A client terminal;                         

A BCP engine unit which provides a dedicated browser for a period business for smoothly performing the period business in the client terminal;

Legacy interface (Legacy I / F) unit for interworking with the BCP engine unit for transmitting and receiving data with the internal and external systems of the enterprise, data conversion and process management;

An IDE unit interworking with the BCP engine unit and the legacy interface unit to integrate the interface and the authority management through a single interface; And

It provides an enterprise wireless application service system, characterized in that it comprises an operation management unit for periodically monitoring the various resources of the BCP engine unit, and provides the management statistics through the database (DB) to perform an efficient management. .

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the embodiment of the present invention will be described in detail.

1 is a conceptual diagram illustrating an operation of an enterprise wireless application service according to the present invention.

Referring to FIG. 1, a Biz Common Platform (BCP) that provides a dedicated browser for line services for smoothly performing line services in each user terminal includes a corporate customer user for applying for and using a wireless application service; Biz customer center for receiving information inquiry and consultation / trouble handling history of the wireless application service; Dedicated business team for change application and service management of wireless application service; An operations team for monitoring wireless application services; Delivery partner for developing and applying wireless application services; And maintain an organic relationship with the sales partner for consultation details of the wireless application service.

2 is a block diagram of an enterprise wireless application service system according to the present invention.

As in Figure 2, the present invention is a dedicated browser (100); Request Handler (RH) 210, Authentication Server 220, Transform Engine (TE) 230, Sync Engine (SE) 240, Biz Logic Processor: A Biz Common Platform engine unit having a BLP) 250 and a notification server 260; A legacy interface (Legacy I / F) unit 300 having a legacy interface engine 310, a web integration server 320; Integrated Development Environment (IDE) unit 400; An operation management unit 500 having an O & M 510 and an Admin 520; And a database 600 having an O & M DB 610 and an operational DB 620.

Dedicated browser 100 represents a line-of-business browser for smoothly performing the line-of-business in the client terminal. At this time, the user terminal is a handset with a built-in personal digital assistant (PDA), smart phone (WP), WAP, Windows Me (ME) browser that can be equipped with a Biz browser ( Hand Set).

The BCP engine unit 200 serves to provide a dedicated browser for the line of business for smoothly performing the line of business in the client terminal.

Here, the request handler (RH) 210 serves to connect the client terminal and various server modules, and in connection with the client terminal, encryption / compression, authentication processing, session management, cookie management, PDA module update management, service routing Provide the function.

The authentication server 220 identifies the validity of the client terminal requesting the use of the service, classifies the service target, and serves to maintain consistency in the authentication request workflow.

The conversion engine (TE) 230 serves to manage the terminal information without limitation of client terminal types, content conversion, and conversion to a form optimized for the terminal.

The synchronization engine (SE) 240 provides a function of synchronizing data transmitted through the synchronization module of the client terminal and the cradle with the legacy system through synchronization rules and Biz logic.

The business logic processor (BLP) 250 is responsible for automatically processing a pre-written business logic processor based on rules to satisfy various business service requirements of a client company. In particular, it receives the request information from other engines and plays the role of sequentially processing activities defined in the process flow.

The notification server 260 communicates specific situations (eg, risks) occurring inside the BCP to the operator and the user and supports the message service of the business logic.

Legacy interface (Legacy I / F) unit 300 is responsible for the transmission and reception of data with the internal and external systems of the enterprise, data conversion and process management.

Here, the legacy interface engine (LIE) 310 provides a legacy system and messaging and data conversion functions, and provides an adapter and an adapter development tool function that can be linked with various legacy systems. In addition, the web integration server 320 performs a function of extracting and formatting data of a target website and delivering XML data to the Biz logic processor.

The IDE unit 400 functions to integrate and manage the interface and authority management through a single interface.

Here, the IDE unit 400 includes a PDA Form Builder 410 for generating a screen to be viewed in a BizLogic dedicated browser; A Handset Form Builder 420 for generating WML or XHTML code and transmitting data through the completed XML and XSL; A Biz Logic Builder 430 which provides a tool function for programming the actual BizLogic or BizLogic process required for the service; A process designer (440) for supporting a business logic service by establishing a business logic rule for the business logic process pre-written from the business logic builder (BLP); A device manager 450 providing a user management tool for setting characteristic information of a client terminal to receive a service; A source manager 460 for integrated management of sources generated from various development tools used in the BCP engine; And a Web Source Manager 470 that provides a tool for generating a scraping script used in a web server.

The O & M (O & M) 510 of the operation management unit 500 periodically monitors various resources (CPU usage, memory usage, etc.) of the BCP system, and provides efficient monitoring by providing various monitoring statistics to the operation manager.

In addition, the administration 520 is a system for managing BCP services, and provides essential functions for service management such as customer management, service management, integrated statistics management, and operator management.

3 is a flowchart illustrating a BCP service use of a corporate customer user of a wireless application service according to the present invention.

Prior to the description of the BCP service usage flow diagram of the present invention, when a client terminal (PDA) is shipped, a dedicated browser component (browser, visual component, updater, sync agent) is pre-installed, and a separate company for executing a service for each corporate customer It is assumed that no program icon is provided.

First, the user executes a dedicated browser while turning on the PDA power of the user terminal.

At this time, when the dedicated browser is executed, it is determined whether a session key exists. If the session key does not exist, customer information DB (authentication information such as service ID, location, start page, etc.) Generate a session key by requesting an authentication from. If the session key exists, the version information is downloaded from the version information DB (browser version information file and session key).

It then requests an update of the file, which is downloaded and executed from the browser component Sync Agent (new browser component and session key).

After the file is updated, the screen and the service are requested and the corresponding data is displayed on the PDA.

Here, the screen request downloads a graphical user interface (GUI) from GUI XML (screen information file and session key), and service requests are classified according to service types of sync, browsing, and handset. Ask.

When the service type is a sync request, information is provided from a sync information DB (Sync Logic Executable File Information), and when browsing, it is Bis Logic from Process Flow XML and JSP File. In the case of a request for a handset service, a transform is received from a device information DB (screen size and resolution information of a requesting terminal).

At this time, in the case of executing the logic logic (Bis Logic), a scrap script (Scrap Script) for the web sourcing (Web sourcing) and a Java class (Java Class) is associated with the legacy (Legacy).

4A and 4B are flowcharts illustrating a download of a BCP browser upon first access of the user terminals PDA-1 and 2 according to an embodiment of the present invention.

Prior to the description of the BCP flowchart of the present invention, when a PDA is shipped, a browser-only browser component (browser, visual component, updater, sync agent) is pre-installed and is assumed to be a BCP connection through a wireless network.

Referring to FIG. 4A, a user clicks a dedicated browser icon while the user terminal PDA-1 is turned on.

After that. After dialing up, running up-dater, the browser version is checked.

At this time, the up-data execution requests service information through a web server, a TLS security, a request receiver of a request handler, and through a session inquiry of a request router. If the session key does not exist, the authentication request is sent from the customer information DB. That is, customer information inquiry-> subscription service ID return-> service information inquiry-> service information return process.

Also, if the session key exists through the session inquiry, the request type is determined. When the request type is a version list, the download is managed from the version information DB. If the request type is anything other than the version list, the request process is processed.

Meanwhile, after checking the browser version, it is determined whether the versions are the same. If the browser versions are the same, the start page is requested, and if the browser versions are not the same, the version download is requested.

Referring to FIG. 4B, in more detail, when the version download is requested, a service start page request is made after updating the file information.

The browser download request requests service information through a web server, a TLS security, a request receiver of a request handler as shown in the up-data execution of FIG. 4A, and a request router. If there is no session key after the session inquiry, the authentication request is sent from the customer table / service table DB.

If the session key exists through the session inquiry, the request type is determined. If the request type is a version list, the download is managed from the browser power information. At this time, if the request type is other than the version list, the request processing is performed.

As described above, according to the present invention, by providing the enterprise wireless application services that can meet the requirements of a variety of customers at a minimum cost and time while reflecting the characteristics of the business business, in conjunction with the main system of various customer companies This desired mobile task can be implemented on a platform and delivered through various terminals. It can respond quickly and at low cost to the service needs of customers, by integrating services to expand the service offerings of new and existing customers, and by offering a streamlined service to quickly absorb business partners with new models. .

Claims (12)

A client terminal; A BCP engine unit which provides a dedicated browser for a period business for smoothly performing the period business in the client terminal; Legacy interface (Legacy I / F) unit for interworking with the BCP engine unit for transmitting and receiving data with the internal and external systems of the enterprise, data conversion and process management; An IDE unit interworking with the BCP engine unit and the legacy interface unit to integrate the interface and the authority management through a single interface; And And an operation management unit for periodically monitoring the various resources of the BCP engine unit and providing monitoring statistics to an operation manager through a database to perform efficient management. The method according to claim 1, The client terminal is a user terminal, a personal digital assistant (PDA), a smart phone (Smart Phone), a hand set (Hand Set) characterized in that the enterprise wireless application service system. The method according to claim 1, The BCP engine unit A request handler (RH) that connects the client terminal with various server modules and provides encryption / compression, authentication processing, session management, cookie management, update management of the PDA module, and service routing in association with the client terminal; An authentication server for identifying a validity of the client terminal, classifying a service target, and maintaining consistency in an authentication request work flow; A conversion engine (TE) for converting data into a form optimized for terminal information management, content conversion, and terminal, without limitation of the client terminal type; A synchronization engine (SE) for synchronizing data transmitted through the synchronization module of the client terminal and the cradle with the legacy system through synchronization rules and bead logic; A business logic processor (BLP) that automatically processes a pre-written business logic processor based on a rule to satisfy various business service requirements of a customer company; And An enterprise wireless application service system, comprising: a notification server for transmitting an unusual situation occurring inside the BCP to an operator and a client terminal and supporting a message service of the business logic. The method according to claim 1, The legacy interface (Legacy I / F) section A legacy interface engine that provides messaging and data conversion with legacy systems and provides adapters and adapter development tools that can be associated with legacy systems; And And a web integrated server which extracts and formats data of a target website and delivers XML data to a business logic processor. The method according to claim 1, In the IDE unit A PDA Form Builder for generating a screen to be displayed in a BizLogic dedicated browser; Handset Form Builder for generating WML or XHTML code and sending data through the completed XML and XSL; Biz Logic Builder, which provides tool functionality to program the actual BizLogic or BizLogic processes required for the service; A process designer supporting a business logic service by establishing a business logic rule for the business logic process pre-written from the business logic builder (BLP); A device manager providing a user management tool for setting characteristic information of a client terminal to receive a service; A source manager for managing and managing sources generated from various development tools used in the BCP engine; And An enterprise wireless application service system further comprising a Web Source Manager, which provides a tool for generating a scraping script used in a web server. In the operating method of the enterprise wireless application service, A first step of executing a BCP service-only browser of the user terminal; Requesting an update of the BCP service file; A third step of requesting the BCP service screen and information; And And a fourth step of displaying the requested BCP service screen and information on a user terminal. The method according to claim 6, In the first step, When a dedicated browser is executed, it checks whether a session key exists and, if the session key does not exist, requests for authentication from a customer information DB (authentication information such as service ID, location, start page, etc.). Generating a session key and downloading version information from a version information DB (browser version information file and session key) if the session key exists. The method according to claim 6, In the second step, The BCP service file update request downloads a file from a browser component sync agent. The method according to claim 6, In the third step, The request of the BCP service screen downloads the graphical user interface (GUI) from the GUI XML (screen information file and session key), and the request of the service information is based on the service type of Sync, Browsing, Handset. Enterprise wireless application service operation method characterized in that the request according to. The method according to claim 9, When the service type is a sync request, information is provided from a sync information DB (Sync Logic Executable File Information), and when browsing, it is Bis Logic from Process Flow XML and JSP File. And executing a transform from the device information DB (screen size, resolution information of the requesting terminal) in the case of a request for a handset service. In the service operation method of the enterprise wireless application, A first step of executing a BCP service-only browser icon of the user terminal; A second step of accessing the BCP service-only browser in a dial-up manner; A third step of executing up-dater of the BCP service file; A fourth step of checking a version of the BCP service-only browser; A fifth step of determining whether the versions are the same after checking the BCP-only browser version; And a sixth step of requesting a start page when the versions of the BCP-only browsers are the same and requesting a version download when the versions of the BCP-only browsers are not the same. The method according to claim 11, And requesting a start page after requesting a start page when the versions of the BCP-only browsers are the same in step 6, and then updating the file information and requesting a service start page.

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