技术领域technical field
本发明涉及IT软件开发领域，特别是一种用于构建信息管理平台的系统。The invention relates to the field of IT software development, in particular to a system for building an information management platform.
背景技术Background technique
信息管理系统是由任何计算机设备或其他信息处理手段组成并用于管理信息的系统。随着信息管理系统的深入应用，目前各种管理类工作对信息系统的依赖性越来越高。传统管理系统应用中，往往具有平台结构松散，投入成本大，建设周期长，对用户需求适应性差的问题，而这些问题出现的原因是，传统信息管理系统开发过程中面向过程的局限性，传统信息管理系统通过用户需求设计整体框架，开发完成后的系统功能模块之间的连接性过高，如用户有新的需求，则需要对整体的程序架构提出修改，则表现出传统信息管理系统对用户需求性差的问题。传统信息管理系统的不易添加和修改的特性也导致开发人员开发过程中从最基础部分开始设计，导致开发成本大，开发周期长的问题。An information management system is a system composed of any computer equipment or other means of information processing and used to manage information. With the in-depth application of information management systems, various management tasks are increasingly dependent on information systems. In the application of traditional management systems, there are often problems such as loose platform structure, large investment costs, long construction period, and poor adaptability to user needs. The overall framework of the information management system is designed based on user needs. After the development is completed, the connectivity between the functional modules of the system is too high. If the user has new needs, the overall program architecture needs to be modified. The problem of poor user demand. The characteristics of traditional information management systems that are not easy to add and modify also cause developers to start designing from the most basic part in the development process, resulting in high development costs and long development cycles.
发明内容Contents of the invention
本发明的目的就是提供一种用于构建可拓展服务的云计算信息管理平台的方法，它可以通过服务发现、服务匹配和服务组装来构建基于云计算的信息管理平台，能克服传统信息服务平台构建过程中投入成本过大、建设周期长、平台内部数据交互困难和对用户需求适应性差的问题。The purpose of the present invention is to provide a method for building a cloud computing information management platform for scalable services, which can build a cloud computing-based information management platform through service discovery, service matching and service assembly, and can overcome traditional information service platforms. During the construction process, the investment cost is too large, the construction period is long, the data interaction within the platform is difficult, and the adaptability to user needs is poor.
本发明的目的是通过这样的技术方案实现的，具体步骤如下：The purpose of the present invention is realized by such technical scheme, and concrete steps are as follows:
1）创建数据源层，用于读取并储存信息管理平台接收的原始输入信息；1) Create a data source layer for reading and storing the original input information received by the information management platform;
2）创建服务器访问层，封装数据源层读取的信息，提供将封装信息传输至信息管理平台所在服务器的访问接口；2) Create a server access layer, encapsulate the information read by the data source layer, and provide an access interface for transmitting the encapsulated information to the server where the information management platform is located;
3）创建云计算访问协议层，提供对并行运行的服务器进行访问的协议；3) Create a cloud computing access protocol layer to provide a protocol for accessing servers running in parallel;
4）创建服务封装层，对信息管理平台的需求分析进行描述，设定信息管理平台的服务模块，对每个服务模块进行独立封装；4) Create a service encapsulation layer, describe the demand analysis of the information management platform, set the service modules of the information management platform, and independently encapsulate each service module;
5）创建业务逻辑层，描述各服务模块之间的功能联系及数据逻辑走向；5) Create a business logic layer to describe the functional connection and data logic direction between service modules;
6）创建集成接口层，提供各服务模块之间的通信协议，并提供与信息管理平台所在服务器的通信接口；6) Create an integrated interface layer, provide communication protocols between service modules, and provide a communication interface with the server where the information management platform is located;
7）创建服务调用层，调用已封装的各服务模块，在服务器上构建信息管理平台的服务模块；7) Create a service call layer, call the packaged service modules, and build the service modules of the information management platform on the server;
8）创建服务需求处理层，处理用户提出的新的服务需求，将服务需求发送至服务调用层；8) Create a service requirement processing layer, process new service requirements raised by users, and send service requirements to the service invocation layer;
9）创建表示层，用于信息管理平台的界面显示，实现人机交互。9) Create a presentation layer for the interface display of the information management platform to realize human-computer interaction.
进一步，所述数据源层，包括有为信息管理平台提供原始数据的分布式存储服务应用及其使用的数据服务器。Further, the data source layer includes a distributed storage service application that provides raw data for the information management platform and a data server used by it.
进一步，步骤2）中所述服务器访问层，用于创建信息管理平台与分布式服务器的访问序列表，提取物理上分布的服务器数据，进行并行运算，创建数据访问接口，保持系统数据格式的一致性，产生数据接口规范包，实现异构数据及异类数据库的整合。Further, the server access layer described in step 2) is used to create an access sequence list between the information management platform and distributed servers, extract physically distributed server data, perform parallel operations, create data access interfaces, and maintain the consistency of system data formats It generates a data interface specification package and realizes the integration of heterogeneous data and heterogeneous databases.
进一步，步骤3）中所述云计算访问协议层，对信息管理平台的服务模块进行整合，建立分布式资源配置方法，对各个分布服务其中的服务进行分析，建立云服务数据表，构建分布结构下的云计算服务调用系统。Further, the cloud computing access protocol layer described in step 3) integrates the service modules of the information management platform, establishes a distributed resource configuration method, analyzes the services in each distributed service, establishes a cloud service data table, and constructs a distributed structure Under the cloud computing service call system.
进一步，步骤4）中所述服务封装层，对信息管理平台的服务模块程序化，对服务模块封装，对信息管理平台的服务器进行虚拟物理资源分配，对已经封装的服务模块进行分析，生成服务工作详细表。Further, the service encapsulation layer in step 4) programs the service modules of the information management platform, encapsulates the service modules, allocates virtual physical resources to the server of the information management platform, analyzes the encapsulated service modules, and generates service Work details table.
进一步，步骤5）中所述业务逻辑层，分析信息管理平台各服务模块之间接口逻辑，并分析各服务模块之间的数据流向。Further, the business logic layer described in step 5) analyzes the interface logic between service modules of the information management platform, and analyzes the data flow between service modules.
进一步，步骤6）中所述集成接口层包括服务对外接口集成模块和服务模块内部接口集成模块；服务对外接口集成模块根据信息管理平台的服务模块需求，解析在WEB环境下与信息管理平台的对外接口；服务模块内部接口集成模块，根据服务模块的逻辑连接情况，提供各服务模块之间连接接口。Further, the integration interface layer described in step 6) includes a service external interface integration module and a service module internal interface integration module; the service external interface integration module analyzes the external communication with the information management platform in the WEB environment according to the service module requirements of the information management platform. Interface: The internal interface integration module of the service module provides connection interfaces between service modules according to the logical connection of the service modules.
进一步，步骤7）中所述服务调用层对用户需求处理层传递下来的用户需求列表进行分析，调用服务列表数据库中的服务信息对需求列表进行解析，需求列表解析后为服务模块调用列表。Further, the service invocation layer in step 7) analyzes the user requirement list delivered by the user requirement processing layer, invokes the service information in the service list database to analyze the requirement list, and the resolved requirement list becomes a service module invocation list.
进一步，步骤8）中所述服务需求处理层处理用户从表示层提出的服务需求，对提出的服务需求进行分析，并分析用户的WEB使用环境，把用户的需求列表发送至服务调用层。Further, the service demand processing layer in step 8) processes the service demand proposed by the user from the presentation layer, analyzes the proposed service demand, analyzes the user's WEB usage environment, and sends the user's demand list to the service invocation layer.
进一步，步骤9）中所述表示层为对外用户界面，用户通过表示层实现服务模块的任意调用，各服务模块之间的无缝连接。Further, the presentation layer in step 9) is an external user interface, through which the user can call any service module and seamlessly connect each service module.
由于采用了上述技术方案，本发明具有如下的优点：Owing to adopting above-mentioned technical scheme, the present invention has following advantage:
本发明根据服务需求处理层分析用户的需求，构建信息管理平台的服务模块，并通过服务封装层，对信息管理平台的服务模块程序化，对服务模块封装，业务逻辑层描述各服务模块之间的功能联系及数据逻辑走向，集成接口层定义各服务模块之间的数据格式和传输协议，服务调用层通过集成接口调用经过封装和逻辑描述的各服务模块。本发明通过使用封装好的能够被部署、发现和调用的，具有一定功能的，良好定义并且与信息管理平台无关的标准服务模块，通过服务模块发现、服务模块匹配和服务模块组装技术构建软件平台。面向服务模块的架构能够很好的克服传统信息管理平台中存在的建设成本过大，建设周期长，系统内部数据交互困难，对用户需求适应性差的问题。云计算技术为本发明提供了一种极其方便，资源利用极其高效的管理方式，把云计算与面向服务的设计原则相结合，使系统开发设计上，集成度高，面向需用灵活，可扩展性能高。The present invention analyzes the needs of users according to the service requirement processing layer, constructs the service modules of the information management platform, and programs the service modules of the information management platform through the service encapsulation layer, encapsulates the service modules, and the business logic layer describes the relationship between each service module The functional connection and data logic direction, the integrated interface layer defines the data format and transmission protocol between service modules, and the service call layer calls the encapsulated and logically described service modules through the integrated interface. The present invention builds a software platform by using encapsulated standard service modules that can be deployed, discovered and invoked, have certain functions, are well-defined and have nothing to do with the information management platform, and use service module discovery, service module matching and service module assembly technologies . The service-oriented module architecture can well overcome the problems of excessive construction cost, long construction period, difficulty in data interaction within the system, and poor adaptability to user needs in traditional information management platforms. Cloud computing technology provides the present invention with an extremely convenient and extremely efficient management method for resource utilization, combining cloud computing with service-oriented design principles, making the system development and design highly integrated, flexible and scalable High performance.
本发明的其他优点、目标和特征在某种程度上将在随后的说明书中进行阐述，并且在某种程度上，基于对下文的考察研究对本领域技术人员而言将是显而易见的，或者可以从本发明的实践中得到教导。本发明的目标和其他优点可以通过下面的说明书和权利要求书来实现和获得。Other advantages, objects and features of the present invention will be set forth in the following description to some extent, and to some extent, will be obvious to those skilled in the art based on the investigation and research below, or can be obtained from It is taught in the practice of the present invention. The objects and other advantages of the invention will be realized and attained by the following description and claims.
附图说明Description of drawings
本发明的附图说明如下。The accompanying drawings of the present invention are described as follows.
图1为本发明的系统架构示意图。FIG. 1 is a schematic diagram of the system architecture of the present invention.
具体实施方式detailed description
下面结合附图和实施例对本发明作进一步说明。The present invention will be further described below in conjunction with drawings and embodiments.
用于构建可拓展服务的云计算信息管理平台的方法，所构建的信息管理平台的人机接口为表示层的对外用户界面，用户能通过该界面实现对应用服务模块实现任意调用，服务模块与服务模块之间无缝连接，用户界面上能实现服务模块功能的提取，对平台进行数据操作。A method for building a cloud computing information management platform with scalable services. The man-machine interface of the constructed information management platform is the external user interface of the presentation layer. Through this interface, the user can realize any call to the application service module, and the service module and The service modules are seamlessly connected, and the user interface can realize the extraction of the functions of the service modules and perform data operations on the platform.
服务需求处理层为处理用户从显示层提出的服务需求，对提出的服务需求进行分析，主要通过分析用户的要求使用功能和用户期望结果得以实现，其方法为通过用户已选择的功能需求，对功能模块之间的逻辑关系及潜在的任务结果进行处理，得到最终结果。分析用户的WEB使用环境，指通过分析用户的电脑浏览器的支持环境，对用户的操作界面提出需求。把用户的需求列表发送至服务调用层。The service demand processing layer is to process the service demand put forward by the user from the display layer, and analyze the proposed service demand, mainly by analyzing the user's required function and the user's expected result. The logical relationship between functional modules and potential task results are processed to obtain the final result. Analyzing the user's WEB usage environment refers to proposing requirements for the user's operation interface by analyzing the support environment of the user's computer browser. Send the user's demand list to the service call layer.
服务调用层对用户需求层传递下来的用户需求列表进行分析，调用服务列表数据库中的服务信息对需求列表进行解析，需求列表解析后为服务调用列表，服务调用列表包括服务模块的具体信息，服务器调用列表在集成接口层进行匹配。The service call layer analyzes the user demand list passed down from the user demand layer, calls the service information in the service list database to analyze the demand list, and the service call list includes the specific information of the service module after the demand list is parsed. Call lists are matched at the integration interface level.
集成接口层，包含服务对外接口模块和应用服务模块内部接口两个集成模块，根据用户需求，解析在WEB环境下的与用户适应的对外接口，并根据服务模块的逻辑连接情况，调用服务模块与服务模块之间连接可用的内部接口。The integrated interface layer includes two integrated modules, the service external interface module and the internal interface of the application service module. According to user needs, it analyzes the external interface adapted to the user in the WEB environment, and calls the service module and the service module according to the logical connection of the service module. Connect available internal interfaces between service modules.
业务逻辑层，对成套的服务集成模块及其服务间的接口的逻辑进行分析，并分析其间的数据流向。The business logic layer analyzes the logic of the complete set of service integration modules and the interfaces between services, and analyzes the data flow between them.
服务封装层，对信息管理平台需求的服务模块进行程序化，对服务模块进行封装，对服务器站进行虚拟物理资源分配，对已经封装的服务模块进行分析，生成服务工作详细表，加载到服务流程数据库里。The service encapsulation layer programs the service modules required by the information management platform, encapsulates the service modules, allocates virtual physical resources to the server station, analyzes the encapsulated service modules, generates a detailed list of service work, and loads them into the service process in the database.
云计算访问协议层根据服务流程数据库中的加载的服务工作详细表，对系统中的服务模块进行整合，建立分布式资源配置方法，对各个分布服务其中的服务进行分析，建立云服务数据表，建分布结构下的云计算服务调用系统。云计算访问协议层中包含对分布式结构中的所有能使服务调用信息，但并不包含实际服务的数据，即数据源层的数据并没有存储在本地，而是存储在并入云计算范围的分布式结构中。The cloud computing access protocol layer integrates the service modules in the system according to the service work detailed table loaded in the service process database, establishes a distributed resource configuration method, analyzes the services in each distributed service, and establishes a cloud service data table. Build a cloud computing service invocation system under a distributed structure. The cloud computing access protocol layer contains all the service call information in the distributed structure, but does not contain the data of the actual service, that is, the data of the data source layer is not stored locally, but stored in the scope of cloud computing in a distributed structure.
服务器访问层，使信息管理平台访问数据源层的分布式服务器，创建访问序列表，提取物理上分布的服务器数据，并在网络通信条件允许的情况下，进行并行运算，保证数据的实时性与真实性。创建数据访问接口，保持系统数据的一致性，产生数据接口规范包，实现异构数据及异类数据库的整合。The server access layer enables the information management platform to access the distributed servers of the data source layer, create an access sequence table, extract physically distributed server data, and perform parallel operations when the network communication conditions permit, ensuring real-time data and authenticity. Create a data access interface, maintain the consistency of system data, generate a data interface specification package, and realize the integration of heterogeneous data and heterogeneous databases.
数据源层，为分布式存储服务应用及其使用的数据服务器提供基本的平台架构在连接信息管理平台，实现数据的并行交互。The data source layer provides a basic platform architecture for distributed storage service applications and the data servers used by them, and connects to the information management platform to realize parallel interaction of data.
基于云计算可拓展面向服务信息管理平台的构建具体步骤为：The specific steps of building an expandable service-oriented information management platform based on cloud computing are as follows:
步骤1）：架构信息管理平台的硬件，即平台构架基础；软件运行环境；基础分布式数据源层的信息物理层链接；架构平台端工作列表数据库；服务提供端口自由连接机制。Step 1): Build the hardware of the information management platform, that is, the foundation of the platform structure; the software operating environment; the information physical layer link of the basic distributed data source layer; build the platform-side work list database; the service provides a port free connection mechanism.
步骤2）：构建数据源层的联结机制，设计可拓展端口，构架规范化的XML数据传递机制，端口可读取的数据结构，并在每一个提供服务的数据源中构架云端可解析的数据结构说明、逻辑结构表、数据流方向表，总称为数据驱动文件，纳为每一个数据源的头文件。在读取分布式的数据源端的服务时，先解析每个数据源的数据驱动文件。获取该服务的数据驱动环境，并了解其中的逻辑结构及数据流方向。为云端解析提供必要的条件。Step 2): Build the connection mechanism of the data source layer, design the expandable port, construct the standardized XML data transfer mechanism, the data structure that the port can read, and construct the cloud-parsable data structure in each data source that provides services Description, logical structure table, and data flow direction table are collectively referred to as data-driven files, which are included as header files for each data source. When reading the service of the distributed data source, first parse the data driver file of each data source. Get the data-driven environment of the service and understand its logical structure and direction of data flow. Provide necessary conditions for cloud analysis.
在数据源端架构服务，提供功能信息表，存储在平台端。建立在数据源端得服务可以由任意语言环境下的架构，如JAVA、C#，并为服务输送提供接口。Architect services on the data source side, provide function information tables, and store them on the platform side. The service built on the data source can be structured in any language environment, such as JAVA, C#, and provide an interface for service delivery.
步骤3）：建立云计算访问协议层、服务器访问层。数据源数据服务器端与信息管理平台服务器端的访问机制，由服务器访问层接受INTERNET环境下的数据源端得访问机制，即每个提供服务的分布式服务器下的数据驱动文件及服务的功能信息表，产生数据接口规范包，实现异构数据及异类数据库的整合。Step 3): Establish cloud computing access protocol layer and server access layer. The access mechanism of the data source data server and the information management platform server, the server access layer accepts the access mechanism of the data source in the Internet environment, that is, the data-driven files and service function information table under each distributed server that provides services , generate a data interface specification package, and realize the integration of heterogeneous data and heterogeneous databases.
云计算访问协议层的机制为对服务模块进行整合，建立分布式资源配置方法，及在上层需要调用底层服务时，对调用的服务类型、数量、功能作出应答。并在通信允许的情况下，并行访问服务。对服务大小量进行估测的情况下，对资源分配进行调整。The mechanism of the cloud computing access protocol layer is to integrate service modules, establish a distributed resource configuration method, and respond to the type, quantity, and function of the invoked service when the upper layer needs to invoke the underlying service. And when the communication allows, access the service in parallel. In the case of estimating the size of the service, the resource allocation is adjusted.
步骤4）：构架服务封装层、业务逻辑层，对下层提供的服务进行接口封装，即对上层提出的服务需求和下层已有的服务功能信息表进行匹配，对服务模块进行封装，对服务器站进行虚拟物理资源分配，对已经封装的服务模块进行分析，生成服务工作详细表，加载到服务流程数据库里。对成套的服务集成模块及其服务间的接口的逻辑进行分析，并分析其间的数据流向。Step 4): Construct the service encapsulation layer and business logic layer, and encapsulate the services provided by the lower layer, that is, match the service requirements proposed by the upper layer with the existing service function information table of the lower layer, encapsulate the service modules, and configure the server station Allocate virtual physical resources, analyze the packaged service modules, generate detailed service work tables, and load them into the service process database. Analyze the logic of the complete set of service integration modules and the interfaces between services, and analyze the data flow among them.
步骤5）：构建集成接口层，包含服务对外接口、应用服务模块内部接口两个集成模块，服务对外接口根据用户需求，解析在WEB环境下的与用户适应的对外接口，并根据服务对象的逻辑连接情况，调用服务与服务之间连接可用的应用服务模块内部接口。Step 5): Construct an integrated interface layer, including two integration modules, the external service interface and the internal interface of the application service module. The external service interface analyzes the external interface adapted to the user in the WEB environment according to the user's needs, and according to the logic of the service object Connection status, call the internal interface of the application service module that is available for connection between the service and the service.
构建服务调用层，服务调用层对用户需求层传递下来的用户需求列表进行分析，调用服务列表数据库中的服务信息对需求列表进行解析，需求列表解析后为服务调用列表，服务器调用列表在集成接口层进行匹配。Construct the service call layer. The service call layer analyzes the user demand list passed down from the user demand layer, and calls the service information in the service list database to analyze the demand list. After the demand list is parsed, it becomes the service call list. layer to match.
步骤6）：服务需求处理层为处理用户从用户界面提出的服务需求，对用户需求进行分析，并分析用户的WEB使用环境，把用户的需求列表发送给服务调用层。Step 6): The service demand processing layer analyzes the user demand and the user's WEB usage environment in order to process the service demand put forward by the user from the user interface, and sends the user's demand list to the service invocation layer.
步骤7）：构建用户界面，用户界面能使用服务，对数据进行操作，对服务进行调整。调用后的服务在界面上整体呈现为可使用服务端接口，有权限级别划分，对普通用户及管理者进行划分，对两类用户的可见数据进行了不同的界面需求划分。Step 7): Build the user interface, the user interface can use the service, operate on the data, and adjust the service. The invoked service is presented as a usable server interface on the interface as a whole, with permission level division, which divides ordinary users and managers, and divides the visible data of the two types of users into different interface requirements.
最后说明的是，以上实施例仅用以说明本发明的技术方案而非限制，尽管参照较佳实施例对本发明进行了详细说明，本领域的普通技术人员应当理解，可以对本发明的技术方案进行修改或者等同替换，而不脱离本技术方案的宗旨和范围，其均应涵盖在本发明的权利要求范围当中。Finally, it is noted that the above embodiments are only used to illustrate the technical solutions of the present invention without limitation. Although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that the technical solutions of the present invention can be carried out Modifications or equivalent replacements, without departing from the spirit and scope of the technical solution, should be included in the scope of the claims of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310213458.0ACN103268230B (en) | 2013-05-31 | 2013-05-31 | Can the method for cloud computing information management platform of extended theorem for building |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310213458.0ACN103268230B (en) | 2013-05-31 | 2013-05-31 | Can the method for cloud computing information management platform of extended theorem for building |
| Publication Number | Publication Date |
|---|---|
| CN103268230A CN103268230A (en) | 2013-08-28 |
| CN103268230Btrue CN103268230B (en) | 2016-01-06 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310213458.0AExpired - Fee RelatedCN103268230B (en) | 2013-05-31 | 2013-05-31 | Can the method for cloud computing information management platform of extended theorem for building |
| Country | Link |
|---|---|
| CN (1) | CN103268230B (en) |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103970546A (en)* | 2014-05-27 | 2014-08-06 | 重庆大学 | Method and system for expandable modular information management based on user's customization |
| CN104598250B (en)* | 2015-02-04 | 2018-03-16 | 浪潮(北京)电子信息产业有限公司 | A kind of system management architecture and its method for realizing management |
| CN104851057A (en)* | 2015-06-04 | 2015-08-19 | 上海斐讯数据通信技术有限公司 | Smart city management system |
| CN106981033A (en)* | 2017-03-16 | 2017-07-25 | 上海鸿地信息科技有限公司 | System for building land resource information sharing service management platform |
| CN107566181B (en)* | 2017-09-12 | 2021-05-04 | 郑州云海信息技术有限公司 | A network management method and virtualization management platform |
| CN107786379A (en)* | 2017-11-15 | 2018-03-09 | 四川省龙逸凤集网络科技有限公司 | A kind of layering cloud management platform based on micro services framework |
| CN109302723B (en)* | 2017-12-20 | 2024-03-29 | 上海创远仪器技术股份有限公司 | Multi-node real-time radio monitoring control method based on Internet |
| CN112257969A (en)* | 2019-07-22 | 2021-01-22 | 中国科学院沈阳自动化研究所 | Modular industrial service platform architecture method based on cloud computing |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102368327A (en)* | 2011-10-31 | 2012-03-07 | 浪潮齐鲁软件产业有限公司 | Online billing system of roll type bill based on cloud computing |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102368327A (en)* | 2011-10-31 | 2012-03-07 | 浪潮齐鲁软件产业有限公司 | Online billing system of roll type bill based on cloud computing |
| Title |
|---|
| 基于云计算的土地资源服务高效处理平台关键技术探索与研究;方雷;《中国优秀博士学位论文全文数据库》;20120415;摘要，第1-2节，图2.34，图2.35* |
| 基于云计算的实训资源管理系统设计;楼桦;《常州工学院学报》;20111231;第24卷(第6期);全文* |
| 基于云计算的资源开放平台研究与实现;刘金涛;《中国优秀硕士学位论文全文数据库》;20130315;全文* |
| Publication number | Publication date |
|---|---|
| CN103268230A (en) | 2013-08-28 |
| Publication | Publication Date | Title |
|---|---|---|
| CN103268230B (en) | Can the method for cloud computing information management platform of extended theorem for building | |
| CN102346669B (en) | Mobile terminal safety middleware system and method based on metadata | |
| CN106850788A (en) | Towards the integrated framework and integrated approach of multi-source heterogeneous geographic information resources | |
| CN108052673A (en) | A kind of Internet of Things data integrates and fusion middleware system | |
| CN105809356A (en) | Information system resource management method based on application integrated cloud platform | |
| CN104579792A (en) | Architecture and method for achieving centralized management of various types of virtual resources based on multiple adaptive modes | |
| CN105681115A (en) | OnAir all-media cloud platform application method and system | |
| CN103699386A (en) | OSGI-based universal data conversion engine system | |
| CN113377344B (en) | A Comprehensive Integration Method of Complex Information System | |
| CN102024204A (en) | Constructing method of reliability design analysis service system of service oriented architecture | |
| CN102650953A (en) | Concurrently-optimized BPMN (Business Process Modeling Notation) combined service execution engine and method | |
| CN104301401A (en) | Mobile application platform based on rapid service encapsulation | |
| CN105094984A (en) | Resource scheduling method and system | |
| CN111966462A (en) | Hybrid cloud management system | |
| CN110058900A (en) | Data transport service system based on pluggable component framework | |
| CN101226491A (en) | Component-Based Interaction Method of Grid Middleware | |
| CN103561113B (en) | The generation method and device of Web Service interface | |
| CN113110920B (en) | Operation method, device, device and storage medium of blockchain system | |
| CN103002047A (en) | RPC (Remote Procedure Call) type WEB SOA (Service-Oriented Architecture) method | |
| CN105812241A (en) | Enterprise application integration method and system based on Spring Integration | |
| CN102970354B (en) | Based on the building method of the cloud computing system of super Resource Fusion | |
| CN102624766B (en) | System integration method and apparatus thereof | |
| CN115437647A (en) | Microservice deployment method, device, terminal and storage medium adapted to multiple frameworks | |
| CN104363273B (en) | A kind of method and system of flex serverless backups calling external program | |
| CN108804236A (en) | A kind of sharing method and system of AIDL files |
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | Granted publication date:20160106 Termination date:20160531 |