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Element multi-dimensional frequency correlation calculation-based semantic modeling method for data mapping, information mapping and knowledge mapping frameworks

A technology of knowledge graph and modeling method, which is applied in the field of semantic modeling of data graph, information graph and knowledge graph architecture based on multi-dimensional frequency association calculation of elements, which can solve the problems of increasing complexity of software development and achieve low cost, The effect of solving data information knowledge redundancy

Inactive Publication Date: 2017-08-25
HAINAN UNIVERSITY
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Problems solved by technology

With the gradual expansion of the software application scale and the gradual deepening of the application level, the complexity of software development is increasing day by day

Method used

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  • Element multi-dimensional frequency correlation calculation-based semantic modeling method for data mapping, information mapping and knowledge mapping frameworks
  • Element multi-dimensional frequency correlation calculation-based semantic modeling method for data mapping, information mapping and knowledge mapping frameworks
  • Element multi-dimensional frequency correlation calculation-based semantic modeling method for data mapping, information mapping and knowledge mapping frameworks

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Embodiment Construction

[0023] The present invention proposes a semantic modeling method based on data map, information map and knowledge map architecture based on multi-dimensional frequency association calculation of elements. Requirement analysis, summary design and detailed design activities in software development activities are based on data map, information map, and information map respectively. Maps and knowledge maps are analyzed to refine the software development process.

[0024] one. Observation and collection of data in demand analysis activities

[0025] The requirements development process is generally divided into four stages: requirements acquisition, requirements analysis, writing requirements specification and requirements verification. The main task of requirements acquisition is to understand the type and business domain of users, and determine the overall system goals and work scope according to the requirements of users. The invention uses the data map to simulate the require...

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Abstract

In order to improve the economic benefit and obtain maximum values of benefit enhancement and strategic investment practice from efficiency enhancement and strategic investment practice, the invention discloses an element multi-dimensional frequency correlation calculation-based semantic modeling method for data mapping, information mapping and knowledge mapping frameworks, and belongs to the technological cross fields of distributed computation and software engineering. According to the method, data observation and collection in software development activity demand analysis are analyzed on the basis of data mappings, and structure frequencies, time frequencies and space frequencies of data are marked. According to the method, information mappings are used for recording the frequencies of interactions between entities, and the problems of incorrect information flow control and information loss in design activities are solved. In demand modeling of detailed design activities, the method disclosed by the invention states the advantage of knowledge mappings relative to UML in the aspect of demand expression, such as integrity and coverage area of semantic expressions in the demands.

Description

technical field [0001] The present invention is a semantic modeling method based on element multi-dimensional frequency association calculation of data map, information map and knowledge map structure, and assists software by calculating the frequency of data, information and knowledge on the data map, information map and knowledge map Design process, raising the level of abstraction in modeling. Background technique [0002] Software development has undergone several architectural changes from its birth to the present, from the traditional architecture stage to the component-based architecture stage, and then to the service-oriented architecture stage. Each change is to deal with the ever-increasing software complexity. Spend. With the gradual expansion of the scale of software applications and the gradual deepening of application levels, the complexity of software development is increasing. In the face of complex and changeable software requirements, how to reduce develo...

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G06F17/30
CPCG06F16/35G06F16/367
Inventor 段玉聪邵礼旭
Owner HAINAN UNIVERSITY
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