Construction method of cloud computing system based on hyper-resource fusion

A construction method and super-resource technology, applied in transmission systems, electrical components, etc., can solve the problems of no framework for service composition, difficult to deal with cloud computing development, disordered composition, etc., so as to improve system development efficiency and improve cloud computing software quality. , the effect of improving efficiency

Active Publication Date: 2016-01-20
广州金融科技股份有限公司
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Problems solved by technology

The method based on service composition in SOA technology is an ideal route for solving the key problems of cloud computing, but SOA service composition has no framework, no composition semantics, and belongs to disorderly composition, which is difficult to deal with complex cloud computing development.
Although the service composition based on the enterprise service bus (ESB) is a framed service composition, the framework is essentially just a service communication framework, which is equivalent to a service-oriented message center, and still has no composition semantics

Method used

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  • Construction method of cloud computing system based on hyper-resource fusion
  • Construction method of cloud computing system based on hyper-resource fusion

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Embodiment 1

[0023] This embodiment is further described with the material control network system. The material control network mainly realizes the connection and static combination, integration and interaction of resources at the management level, as well as the management of resources. Here, the basic system of the material control network is based on the "vertical integration" system in the "gridware" proposed by us, also known as the "integration system based on the ETT model".

[0024] The system regards the material control network as a network formed by the fusion of resources based on the ETT (Engine-Transmission-Terminal) model. Such as figure 1 As shown, the fusion process is a bipartite multigraph in which nodes represent "super resources" and edges represent resource associations, which we call "super resource graphs". Among them, the fusion of all levels of associated super-resources represented by each super-resource node, its structure can be expressed as:

[0025] Super r...

Embodiment 2

[0039] In this embodiment, the fusion network formation system is further described in detail. In the cloud manufacturing system, the fusion network represents a specific cloud manufacturing application system based on the material control network, and is constructed by a specially provided visual modeling tool.

[0040]The modeling of fusion nets adopts the "horizontal fusion" (i.e. field fusion) technique (such as figure 2 shown).

[0041] The field fusion model is a structurally extensible software development framework based on resource fusion, which belongs to the generalized data flow processing framework. It regards the application system as formed by merging resources. Fusion is carried out through the framework, which is composed of data "pipelines" that provide data access and data "sites" that process, process and control data, and the concretization of the framework is carried out through the "extension" of sites and pipelines. The pipelines and stations here are...

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Abstract

The invention discloses a construction method of a cloud computing system based on super resource integration. Construction behaviors of the cloud computing system are uniformed to be two kinds of unification: super resource uniforming of system components, super resource integration uniforming of construction operation and semantic framework of integration. The super resource uniforming of the system components refers to uniforming the components of the cloud computing system into super resources; the super resource integration uniforming of construction operation refers to uniformly viewing forming and running behaviors of the cloud computing system as integration operation, and the cloud computing system is formed by combined, compositing and integrated integration operation; and the semantic framework of integration refers to enabling the integration operation to form multistage layered general characteristic components by criss-cross layered abstraction and prefabricating a sharable standard component for forming specific integration operation. The method has the advantages of formal semantics of cloud operation and crisscrossing of the process, and development efficiency and product quality of the cloud computing system can be remarkably improved simultaneously.

Description

technical field [0001] The invention relates to the field of computer software, in particular to a construction method of a cloud computing system based on super-resource fusion. Background technique [0002] Cloud computing is a typical "client-service" model. Compared with the traditional "client-service" model, the remarkable feature of cloud computing is that its server-side composition is complex, and the formation of services is often realized independently by many unpredictable independent systems. We call this kind of server-side "transparent collaboration". Server". A cloud-based system or device should realize its functions based on a transparent and cooperative server. Therefore, the key point of the development of cloud computing system comes down to the development of this transparent and cooperative server. [0003] Traditional server-side implementation technologies are mainly layered technology and SOA technology. Layering technology generally divides the...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): H04L29/08
Inventor 齐德昱邹革非林伟伟李剑
Owner 广州金融科技股份有限公司
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