KR101212778B1 - Cloud computing based smart office system and server for managing the same and method for managing the same - Google Patents

Abstract

PURPOSE: A cloud computing based smart office system, a server and a method operating the same are provided to easily distribute a mobile web based solution to a cloud environment, thereby supplying a smart office system without a high price system. CONSTITUTION: A mobile terminal(100) processes data of a view page type by using a mobile network system. A cloud based mobile web server(200a) uses cloud in case of not installing a server in a local. An office data server(300) connected to the mobile web server processes data used in an office environment. A developer computer performs adaptor connection setting through CDK. [Reference numerals] (AA) Cloud(Windows azure); (BB,EE) SAMES(mobile web); (CC) SQL azure; (DD) Synchronization; (FF) Database; (GG) On premise

Description

Cloud computing based smart office system and server and its method for operation {CLOUD COMPUTING BASED SMART OFFICE SYSTEM AND SERVER FOR MANAGING THE SAME AND METHOD FOR MANAGING THE SAME}

The present invention relates to a server and a method for operating the smart office system and operation, the cloud computing-based smart office system and operation that can operate the smart office system through server deployment and server operation for operating the smart office system in the cloud environment It relates to a server and an operation method for.

In the recent corporate environment, the necessity of smart office is emerging due to the change of communication environment, and the application of smart office system is becoming an essential rather than an option.

In addition, some companies are pursuing business to implement groupware, marketing, etc. on mobile, or implement ERP, vehicle information system, etc. on mobile. Work on the introduction of a mobile office after the establishment of a standardization system for internal business mobility is underway.

This smart office system has the advantage of allowing free communication anytime, anywhere, and can contribute to not only improving work productivity but also enhancing the value of employees and customers.

However, in the case of existing SMEs, in order to build a smart office system inside, a large-scale system must be constructed, but this requires a large investment. In addition, in the case of the server system of the current SME, it is virtually impossible to introduce a variety of solutions, there is a problem that the efficiency of using the system is deteriorated due to the disadvantage of introducing only the solution dependent on the current server environment and platform. If a solution using a heterogeneous system is introduced, internal operation management becomes difficult. In addition, since the system is provided on the basis of a large amount of usage when building the system, there is a disadvantage in that the usual service utilization is inferior.

Therefore, the present invention can easily provide a smart office system without deploying a mobile web-based solution to the cloud environment to solve the above problems without building an expensive system that is an issue that occurs when operating the system, It provides a server and operation method for cloud computing based smart office system and operation that can be highly available and guaranteed scalability.

A mobile terminal for processing data in the form of a view page using a mobile network system according to the present invention, and a cloud-based mobile web server and an on-premise-based cloud web that provide various infrastructures by easily interlocking various information of an enterprise system with the mobile terminal. Including a mobile web server, the server includes a CDK, a connector and a SAMES platform, the mobile web server installed by the distribution, the office data server and mobile to process data used in the office environment in conjunction with the mobile web server It provides a smart office system comprising an operation server distribution server for distributing a web server.

The mobile terminal is an Android, Apple iPhone, Windows Phone, Black Berry, Palm WebOS, Meego, Nokia Symbian, depending on the operating system and browser. , Kindle Fire, Opera, Dolphin, Firefox, Chrome, MS IE, Samsung Bada, Apple iPad ) And Android Honeycomb (Android Honeycomb) is characterized in that it is provided.

The SAMES platform includes a CDK module for generating and providing UI templates and metadata, a viewer engine for providing a screen suitable for a user's mobile terminal environment, an adapter for providing a metadata database and an interface, and a module having various driving modules. It is characterized by comprising a part.

The CDK module includes a template unit for providing a UI template, a metadata unit for providing a function for managing metadata, a language unit for configuring a screen by registering multiple languages according to a language for each country, and a generated And a file unit for modifying or uploading a file, an application setting unit for setting an environment of a web server application, and a logging unit for log management.

The SAMES platform includes complex modules including chart modules, form modules, menu modules, list modules, login modules, report modules, OTP modules, and help modules. QR cord module, theme module, multilingual module, mail module, splash module, iconset module, logging module, tracking module, SMS module, encryption Independent modules including cryptography, file, and exception modules, inquire modules, save modules, transfer modules, transfer modules, and configs It characterized in that it comprises a single module including a (config) module, a debug (debug) module, and a package module including an SFA module, EDM module, MES module, GW module.

Office data servers include Share Point servers, Exchange servers, Dynamic CRM servers, Active Directory servers, Heterogeneous & Legacy App Servers, DBMS servers and It further comprises a LOB server.

In addition, the mobile terminal according to the present invention easily interlocks a variety of information of the enterprise system, and includes a CDK, connectors and SAMES platform, the SAMES platform is a CDK module for generating and providing UI templates and metadata, and the user's mobile A server for operating a smart office system comprising a viewer engine for providing a screen suitable for a terminal environment, an adapter for providing a meta database and an interface, and a module unit having various driving modules, and are installed by distribution. to provide.

It is characterized in that it is operable in the cloud-based, on-premises.

In addition, deploying the SAMES operating environment through a cloud-based or on-premises-based environment according to the present invention, and through the SAMES deployment to install a mobile web server having a SAMES platform having a CDK module, a viewer engine and an adapter It provides a smart office system operating method comprising the step of providing and providing the content to meet the needs of the mobile terminal.

The SAMES operating environment deployment includes a developer computer, a test server, and an operation server, but establishes an adapter connection through a developer computer CDK, selects a UI template, sets metadata, maps screen data, and checks the result. And then deploying, determining whether there is a database server in the test server, deploying it to the database server if the database server exists, and deploying it as a compressed file if the database server does not exist. After the deployment to the database server, the CDK in the test server, after performing the latest version synchronization, the distribution step and the production server is the cloud server, the distribution data is stored in the database, the production server is on-premises server In this case, the existence of the database is checked and stored. Characterized by the system.

As described above, the present invention can easily reduce the cost of introducing and maintaining equipment by distributing a mobile web-based solution in a cloud environment and deploying and servicing the mobile work system in the cloud without installing in-house.

In addition, it is possible to distribute the load of the network by duplicating multiple servers in peak time, so stable service is possible.

With various mobile devices, you can work seamlessly anytime, anywhere, maximizing productivity and efficiency.

Developers and system administrators can easily create and deploy the desired functions in the cloud, ensuring smooth utilization for development and operation.

1 is a conceptual diagram of a smart office system according to an embodiment of the present invention.
2 is a conceptual diagram of an on-premises based smart office system according to one embodiment.
3 is a conceptual diagram of a cloud-based smart office system according to one embodiment.
4 is a conceptual diagram of a SAMES platform according to one embodiment.
5 is a conceptual diagram of a mobile terminal according to one embodiment;
6 is a conceptual diagram inside the SEMES platform according to one embodiment.
7 is a conceptual diagram illustrating a method of operating a smart office system according to an embodiment of the present invention.
8 is a SAMES platform, i.e., server distribution flow diagram, according to one embodiment.
9 is a diagram of a system usage in accordance with one embodiment.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. It will be apparent to those skilled in the art that the present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know. Wherein like reference numerals refer to like elements throughout.

The division of the components and modules in the present specification is intended to clarify that they are only divided by the main function of each component module. That is, two or more components to be described below may be combined into one component, or one component may be provided divided into two or more for each function. Each of the components to be described below may additionally perform some or all of the functions of other components in addition to the main functions of the components, and some of the main functions of each of the components are different. Of course, it may be carried out exclusively by. Therefore, the presence or absence of each component described through this specification should be interpreted functionally, and for this reason the configuration of the smart office system of the present invention and the server for its operation is within the limits that can achieve the object of the present invention. Clearly, it may be different from.

1 is a conceptual diagram of a smart office system according to an embodiment of the present invention.

2 is a conceptual diagram of an on-premises based smart office system according to an embodiment, and FIG. 3 is a conceptual diagram of a cloud based smart office system according to an embodiment. 4 is a conceptual diagram of a SAMES platform according to an embodiment. 5 is a conceptual diagram of a mobile terminal according to an embodiment, and FIG. 6 is a conceptual diagram of an SEMES platform according to an embodiment.

1 to 6, the smart office system according to the present embodiment includes a mobile terminal 100 for processing data in the form of a view page using a mobile network system, and various information of an enterprise system using the mobile terminal 100. It includes a mobile web server 200 that can be easily interlocked to utilize a variety of infrastructure, and office data server 300 to process data used in the office environment in conjunction with the mobile web server 200. In addition, it is provided with an operating server distribution server for distributing the mobile web server 200.

The mobile terminal 100 is for editing or generating data of an office data server desired by a user, that is, a member of an office, and is provided with a standard interface, which is a separate view page. Or the developer can use such a mobile terminal.

Such a mobile terminal 100 may also be a smartphone, a tablet PC or a desktop PC. Preferably, in the present embodiment, as a mobile terminal, various devices such as an Android phone, an iPhone, a window phone, a BlackBerry, a Symbian, as well as an operating system and a web browser between each terminal may be different from each other. Here, according to the operating system and browser as shown in Figure 5 Android (Android), Apple iPhone (Apple iPhone), Windows Phone, Black Berry (Palm WebOS), Mego, Nokia Nokia Symbian, Kindle Fire, Opera, Dolphin, Firefox, Chrome, MS IE, Samsung Bada, Apple A mobile terminal equipped with one of an iPad and an Apple Honeycomb may be used. In addition, depending on the IDE, a mobile terminal including Visual Studio, Visual Studio Express, and Web Matrix may be used.

The mobile web server 200 is a server-type framework that generates and provides a mobile web page for each terminal at any time, anywhere, using any mobile terminal 100 to easily connect with various types of information of an enterprise system. The mobile web server 200 can standardize the interface between the application and the data (ie, service) servers of the terminal, and maximize the development and reuse efficiency.

When such a mobile web server 200 does not want to install a server locally, the cloud-based mobile web server 200a using the cloud, and on-premises (on-premise, on-premises) to distribute and manage the system locally Based mobile web server 200b.

The cloud-based mobile web server 200a and the on-premises mobile web server 200b include a cloud development kit (CDK) for cloud development, and include connectors for connecting to various data servers and service servers. It also has a SoftObject Astandard Mobile Enterprise Solution (SAMES) platform for controlling these CDKs and connectors and interoperating data between them. In addition, in this embodiment, such a mobile web server is installed through distribution.

On-premises mobile web server (200b) is a mobile terminal user accesses through the Internet. In addition, the cloud-based mobile web server 200a is connected through the Windows Azure platform.

The on-premises mobile web server 200b and the cloud-based mobile web server 200a both have a SAMES module, that is, a platform. The cloud-based mobile web server 200a has a SQL Azure, and the on-premises mobile web server 200b has a database. Mobile web servers can deploy on-premises or cloud-based SAMES operating environments on-premises CDK development environments. In addition, in a cloud CDK development environment, deployment of on-premises or cloud-based SAMES operating environments is possible.

The mobile web server 200 includes a SAMES platform 201, which is a server-type platform that generates and sends a mobile web page for each terminal. Through the SAMES platform 210, various solutions can be easily ported in a Windows Azure-based cloud computing environment to easily generate screens desired by users, and utilize various infrastructures provided in the cloud.

The SAMES platform 201 includes a CDK module 210 for generating and providing various UI templates and metadata as shown in FIG. 6, a viewer engine 220 for providing a screen suitable for a user's mobile terminal environment, and a meta. The adapter 230 provides a database and an interface, and a module unit 240 having various driving modules.

The CDK module 210 includes a template unit providing various UI templates, a metadata unit providing a function of managing metadata, a language unit capable of configuring a screen by registering multiple languages according to a language of each country, and It includes a file unit for modifying or uploading the generated file, an application setting unit for setting the environment of the web server application, and a logging unit for log management.

The template portion includes an item, a bundle, and a package. With items, basic screen patterns such as menus, lists, details, reports, etc. can be templated and easily made to fit the business screen. In addition, it is possible to produce a work screen by combining the functions of the unit work such as bulletin board, share point, address book, schedule management through a bundle. Packages can be mixed with items and bundles in advance to reduce production of business apps in a short time.

The metadata unit provides a function for managing metadata such as server connection information, adapters, service methods, and parameters. Of course, the metadata information initially generated by the UI template can be easily changed to be immediately reflected in the work.

The language unit may configure a screen by registering a multilanguage according to a country-specific language set in a smart device, and may manage the multilanguage according to categories such as a label, a button, a title, and a message.

The file unit may modify a file such as a generated page, JavaScript, or style sheet, or upload multiple content such as an image. Visual Studio, Visual Studio Express and Web Express are used to facilitate customization and expansion.

The application setting unit can configure various environments of the web server application. In addition, settings such as SMTP, SMS, notification function, and logging can be changed.

The logging unit can check the real-time connection status by page, time, browser / device, and user with a graph, and can look up detailed details. Of course, you can check the error occurrence status by source and time zone by recording the error history of the system.

The viewer engine 220 includes a global unit, a master unit, a viewer unit, a user control unit, a cache unit, and a custom error. Through such viewer engine, it is possible to classify folders for each mobile terminal and customize pages according to the corresponding terminal if necessary. In other words, if you serve as a single page, you can distribute in a common folder.

In addition, when the screen is implemented, the dependence of the browser can be minimized, and after all the business functions are implemented in the server, the same result screen can be provided by passing only the minimum data to the client. By separating the Master Page and the Contents Page, the implementation of the business function can work only the Contents part.

The screen may be easily implemented by including various modules such as chart, multi-linging, QR code, SMTP mail, and logging. It is also easy to expand using Visual Studio, Visual Studio Express and Web Express.

The adapter unit 230 includes a database and an interface.

Databases can include MSSQL, Oracle, DB2, Sybase, MYSQL, and Informix. Interfaces can include XML data, custom, SAP, Ajax, SharePoint, Excel, AD, Exchange, XWS, and more.

Through this, the adapter unit 230 is free to interoperate with an industrial standard database server based on standard ODBC (Open Database Connectivity) such as MSSQL, Oracle, and DB2. In addition, even heterogeneous servers serving JSP, PHP, etc. can be interfaced through standard XML information, and RFC based interworking with SAP server is also possible. In addition, information linking through SharePoint server and web service is possible.

In addition, the adapter unit 230 is optimized for a Windows Azure environment, and provides an XML-based linkage method over HTTP so that information linkage between servers can be easily processed in a cloud environment.

In addition, separate code work can be minimized for server-to-server linkage, and the focus on the logic of screen composition and business procedures can be concentrated. This greatly increases development efficiency. And you can get multiple result sets in one database call. You can reduce the number of database connections and waste of resources on your network.

Of course, there is no writing of complex code for database connections and server-to-server interfaces. It is possible to maximize the convenience of development because the input and output of data is possible by setting the connection information of the metadata and creating the command classification.

The module unit 240 of the SAMES platform 201 includes a composite module 241, an independent module 242, a single module 243, a package module 244, and a custom module 245.

The composite module 241 includes a chart module, a form module, a menu module, a list module, a login module, a report module, an OTP module, and a help module. . The independent module 242 includes a QR cord module, a theme module, a multilingual module, a mail module, a splash module, an iconset module, a logging module, and a tracking module. It includes an SMS module, a encryption module, a file module, and an exception module.

The single module 243 includes an inquire module, a save module, a transfer module, a transfer module, a config module, and a debug module.

The package module 244 includes an SFA module, an EDM module, an MES module, and a GW module.

The office data server 300 includes various types of servers used for data management and the convenience and communication of employees in the company. These office data servers include groupware servers, mail servers, API servers, messenger servers, payment servers, ERP servers, CRM servers, and DB servers. Of course, the present invention is not limited thereto, and the office data server may include various types of servers and modules and programs capable of performing such operations. As described above, the office data server 00 has various operating systems, internal programs, and unique data processing schemes.

In addition, the present invention is not limited thereto, such as a SharePoint server, an Exchange server, a dynamic CRM server, an Active Directory server, a heterogeneous and legacy application server, It further includes a DBMS server and a LOB server, which are connected to a mobile web server.

The office data server 300 is connected to the SAMES platform of the mobile web server to provide its own data, and the SAMES platform provides it as a web page having a screen form suitable for each mobile terminal.

In addition, the mobile web server of the present embodiment may distribute and share outputs of file units such as web pages and metadata in one database storage.

This can reduce the cost of introducing and maintaining equipment by deploying and servicing mobile work systems in the cloud rather than in-house. In addition, it is possible to distribute the load of the network by duplicating multiple servers in peak time, so stable service is possible. With various mobile devices, you can work seamlessly anytime, anywhere, maximizing productivity and efficiency. Developers and system administrators can easily create and deploy the desired functions in the cloud, ensuring smooth utilization for development and operation.

Hereinafter, a method of operating a smart office system will be described with reference to the drawings.

7 is a conceptual diagram illustrating a method of operating a smart office system according to an embodiment of the present invention.

As shown in FIG. 7, the SAMES operating environment is distributed through a cloud-based or on-premises-based environment, and installed on one of them. Through this, the mobile web server 200 is installed, and the SAMES platform 201 is located in the mobile web server 200.

As described above, the SAMES platform 201 includes a CDK module 210, a viewer engine 220, and an adapter 230. This provides content that meets the needs of the mobile terminal 100.

To this end, first, the metadata is controlled through the adapter 230, and various changes may be performed through the metadata unit in the CDK. In this case, the metadata may include a LOB, a DB, a legacy system, and a business facade. Therefore, if the user requests the metadata through the mobile terminal, the distributed and installed SAMES calls the corresponding metadata by the adapter. Subsequently, the content is changed to a screen suitable for the corresponding mobile terminal through the viewer engine. Here, the content may be converted into the corresponding content by the template of the CDK. Through this, the user mobile terminal can receive information desired by the user in the form of a desired content in accordance with the operating system and the browser of the terminal.

8 is a flowchart illustrating a SAMES platform or server distribution according to an embodiment.

In the case of distribution as shown in Fig. 8, a developer computer, a test server and an operation server are provided.

First, the developer computer establishes an adapter connection through the CDK (S101). Next, the UI template is selected (S102), and meta data is set (S103). In this case, various mobile UI templates are provided.

Next, the screen data is mapped (S104), the result is confirmed (S105), and then distributed (S106). Source code can be modified when mapping screen data. Then, the result check confirms the preview and the QR code for each resolution.

Thereafter, it is determined whether a database server exists in the test server (S107).

If a database server exists, it is distributed to the database server (S108). However, if the database server does not exist, it is distributed in the form of a compressed file.

After distribution to the database server, the latest version is synchronized by the CDK in the test server (S109). Then check (S110), and distribute (S111). As described above, if the database server does not exist, the check proceeds immediately. Check logging and error history.

Then, if the operation server is a cloud server, the corresponding distribution material is stored in the database (S112). Subsequently, the latest version is synchronized (S113), and server operation is performed (S114).

In addition, in the case of the on-premises server, the operation server checks whether the database exists (S115), and if the database exists, stores it in the database (S116), synchronizes the latest version (S117), and proceeds with the operation ( S118). However, if the database does not exist, the new version is synchronized and operated.

9 is a diagram of a system usage according to one embodiment.

As shown in FIG. 9, the share user 101 stores information in the share server 301. In addition, the developer and administrator 102 distribute the production server through the SAMES distribution server 302. In addition, the exchange user 103 stores data in the exchange server 303.

Thereafter, the user accesses the SAMES server 200 through the mobile terminal 100 and requests data of a desired server. In this case, in addition to the three servers mentioned above, the server includes a dynamic CRM server 304, an active directory server 307, a LOB server 308, DBMS server 306.

The SAMES server connected with the servers requests and receives the corresponding data. Thereafter, the data is processed and processed into pages in a data form suitable for the mobile terminal system and provided to the mobile terminal.

Although the technical spirit of the present invention described above has been described in detail in a preferred embodiment, it should be noted that the above-described embodiment is for the purpose of description and not of limitation. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention.

100: mobile terminal 200: mobile web server
201: SAMES Platform 210: CDK
220: viewer engine 230: adapter
300: Office Data Server

Claims (10)

A mobile terminal for processing data in the form of a view page using a mobile network system;
The mobile terminal includes a cloud-based mobile web server and an on-premises mobile web server that provides various infrastructures by easily interlocking various information of the enterprise system. The servers include a CDK, a connector, and a SAMES platform. A mobile web server installed by;
An office data server that processes data used in an office environment by interworking with a mobile web server; And
It includes developer computers that deploy mobile web servers and production server deployment servers.
The developer computer establishes an adapter connection through a CDK, selects a UI template, sets metadata, maps screens and checks results, and distributes a SAMES platform to the production server distribution server.
The operation server distribution server,
Database server for receiving and storing the SAMES platform distributed from the developer computer; And a test server configured to perform synchronization of the latest version of the SAMES platform stored in the database server, and to perform distribution after checking logging and error history of the SAMES platform.
The method of claim 1,
The mobile terminal is an Android, Apple iPhone, Windows Phone, Black Berry, Palm WebOS, Meego, Nokia Symbian, depending on the operating system and browser. , Kindle Fire, Opera, Dolphin, Firefox, Chrome, MS IE, Samsung Bada, Apple iPad And cloud computing based smart office system, characterized in that any one of the Android Honeycomb (Android Honeycomb) is provided.
The method of claim 1,
The SAMES platform includes a CDK module for generating and providing UI templates and metadata, a viewer engine for providing a screen suitable for a user's mobile terminal environment, an adapter for providing a metadata database and an interface, and a module having various driving modules. Cloud computing based smart office system characterized in that it comprises a wealth. The method of claim 3,
The CDK module includes a template unit for providing a UI template, a metadata unit for providing a function for managing metadata, a language unit for configuring a screen by registering multiple languages according to a language for each country, and a generated A cloud computing-based smart office system, comprising: a file unit for modifying or uploading a file, an application setting unit for setting a web server application environment, and a logging unit for log management. The method of claim 3,
The SAMES platform includes complex modules including chart modules, form modules, menu modules, list modules, login modules, report modules, OTP modules, and help modules. QR cord module, theme module, multilingual module, mail module, splash module, iconset module, logging module, tracking module, SMS module, encryption Independent modules including cryptography, file, and exception modules, inquire modules, save modules, transfer modules, transfer modules, and configs The cloud computing-based smart office system comprising a (config) module, a single module including a debug module, and a package module including an SFA module, an EDM module, a MES module, and a GW module.
The method of claim 1,
Office data servers include Share Point servers, Exchange servers, Dynamic CRM servers, Active Directory servers, Heterogeneous & Legacy App Servers, DBMS servers and Cloud computing-based smart office system further comprises a LOB server.

delete delete Deploying the SAMES operating environment through a cloud-based or on-premises based environment;
Installing a mobile web server having a SAMK platform having a CDK module, a viewer engine, and an adapter through SAMES distribution; And
Providing content that meets the needs of the mobile terminal,
The SAMES operating environment deployment includes a developer computer, a test server, and a production server, and establishes an adapter connection through the developer's CDK, selects a UI template, sets metadata, maps screen data, and results. Confirming and distributing;
Determining whether a database server exists in the test server, distributing it to the database server if the database server exists, and distributing it in the form of a compressed file if the database server does not exist;
Distributing to the database server, and then distributing, by the CDK in the test server, the latest version synchronization; And
If the production server is a cloud server, the distribution data is stored in a database, and if the production server is an on-premises server, the cloud computing-based smart office system operating method characterized in that the step of storing and confirming the existence of the database. delete

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