On software design for vision inspection system
Abstract
The creation of a unified (combined) methodology for designing of state information systems and its notation, as well as the use of effective tools in the development of projects for the purposes of public authorities, unifies the process of creating of information systems in various regions of the Russian Federation. This work continues the research of the authors on the development of such a methodology and its notation, which adapt existing approaches to the design and development of information systems for the needs of various departments of public authorities, allowing the transfer of design methods from one department to another. The paper considers a project dedicated to the design of an information system for a domestic vision inspection system to ensure customs inspection and introscopic control of heavy vehicles, as well as the generation of a set of relevant documents. The work develops a design method using a combined approach that combines the IDEF0 functional modeling methodology and the BPM business process management methodology, as well as BPMN and UML notations. The end result of the project considered in the work is an automated vision inspection system for customs authorities, which makes it possible to carry out the entire range of inspection activities and generate a set of documents on customs inspection. This paper presents diagrams of design documentation that were developed, programmed and implemented in the considered vision inspection system. The practical result lays in a significant reduction in the time of the customs inspection, which allows one to relieve the burden on the staff, leads to a decrease in the number of errors in the preparation of documents, and also solves the problem of import substitution and reduces operating costs compared to imported counterparts.
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