Integration system and method based on precious metal material calculation data

Abstract

The invention discloses an integration system and method based on precious metal material calculation data. The system comprises a calculation process configuration module, a first calculation process module, a second calculation process module and an output parameter judgment module, wherein the calculation process configuration module is used for configuring parameters of a calculation process, and judging whether a next process exists or not; the first calculation process module judges whether the current calculation process is configured with input parameters or not, the result with the input parameters is input into the calculation process again, the second calculation process module is executed, and the second calculation process module is directly executed for the result without the input parameters; the second calculation process module executes calculation, outputs a result, analyzes the output result and judges whether a next process exists or not; and the output parameter judgment module continues to judge whether the output result is used as a parameter or not when the second calculation process module judges that the output result has the next process. According to the invention, when the isomerism, integrity and semantics of heterogeneous data sources are inconsistent, the integration of the data can be effectively realized.

Description

technical field [0001] The invention belongs to the technical field of precious metal material data sorting, and in particular relates to an integrated system and method for calculating data based on precious metal materials. Background technique [0002] The Materials Genome Initiative (Materials Genome Initiative) is a future-oriented project that emerged under the background of the integration of materials science and computer science since the 21st century. On the one hand, establish the connection between material models at different scales, and use computers to realize high-throughput calculation and high-throughput experimental verification, so as to achieve material performance prediction, custom design of materials with specific performance, greatly shorten the material development cycle and reduce costs, etc. the goal of. [0003] As an important part of the implementation of the genetic engineering of precious metal materials, the professional database of preciou...

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Problems solved by technology

[0004] However, in the research and development process of precious metal materials, due to the influence of various material properties, material life cycle stages, and other economic and human factors, it is necessary to perform high-throughput calculations on materials during the research and development process, resulting in a large number of scattered and complex Multi-source heterogeneous computing data, when integrating these computing data, mainly face problems such as heterogeneity, integrity, semantic inconsistency, and integration performance of heterogeneous data sources

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