Construction and application of barrel finishing underlying database platform

The present methods of data preservation and representation for barrel finishing processes which include paper and electronic documents have several disadvantages such as restrictions in size and complexity, and limitations on query and updation speed. Aiming at these disadvantages, a new database p...

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Bibliographic Details
Published in:Cluster computing 2019-11, Vol.22 (Suppl 6), p.15367-15378
Main Authors: Gao, Wei, Yang, Shengqiang, Tian, Jianyan, Banerjee, Amit, Yan, Fei
Format: Article
Language:English
Subjects:
Barrel finishing
Barrel plating
Computer Communication Networks
Computer Science
Data analysis
Data management
Data structures
Electronic documents
Manufacturing
Operating Systems
Process parameters
Process planning
Processor Architectures
R&D
Research & development
Technical information
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Summary:The present methods of data preservation and representation for barrel finishing processes which include paper and electronic documents have several disadvantages such as restrictions in size and complexity, and limitations on query and updation speed. Aiming at these disadvantages, a new database platform for barrel finishing data has been constructed by using database technology and case-based reasoning. The design procedure of the database platform is expounded in detail, covering analysis of database platform requirements, establishment for conceptual model of database data structure, designs for logical model of database data structure, determination for physical model of database data structure, choice for network structure of database platform, data management and storage method. The application results demonstrate that the database platform can ensure the safe and convenient storage as well as the sharing of experimental data of the barrel finishing process. It can also provide guidance and technical information for scientific researchers, experts, technicians, and production site operators to choose the processing technology and the processing parameters reasonably.
ISSN:1386-7857
1573-7543
DOI:10.1007/s10586-018-2600-6