#Magicdraw uml to owl software

The ontology components produced from this research, such as class, subclass, object property, and data property, can be viewed in Protégé. Second, the time required during transformation processing to prepare and generate the OWL file shows the proposed model's performance. First, some transformation rules are defined to make requirements easier to trace and realize the ontology generation's automatic transformation. In this research, an extended rule of the Requirement Diagram transformation is proposed to solve the problems. The absence of transformation rules for these additional elements to become OWL ontology causes difficulties in reading, understanding, and tracking the requirements. SysML Requirement Diagram, in its implementation, integrates with several diagrams describing the requirements, which are referred to as additional elements. The System Modeling Language (SysML) used the Requirement Diagram to model non-functional requirements, such as response time, size, or system functionality, which cannot be accommodated in the Unified Modeling Language (UML). Our case study on the industrial safety inspection (ISI) demonstrates the applicability of the approach for prototyping knowledge bases containing decision-making rules.

#Magicdraw uml to owl software

The approach is implemented by our tools: TABBYXL provides the development of a software application for the spreadsheet data canonicalization Personal Knowledge Base Designer is used to build and aggregate conceptual models fragments, as well as to construct a target knowledge base and generation source codes. Our approach contains three phases: (I) rule-driven data transformation source spreadsheet tables to a specific canonical form (data preprocessing), (II) domain knowledge formalization and representation via the extraction and aggregation of conceptual model fragments from canonicalized tables, (III) model-driven synthesizing knowledge base and source codes from a domain model. This paper proposes a novel approach to the semi-automatic formalization and representation of engineering knowledge in the form of conceptual models and knowledge base codes from spreadsheet data. There is a trend to automate the knowledge formalization and representation by using various sources of information, in particular, spreadsheets. Specify a location for exported project files.The development of new methods and tools for formalization and representation of complex knowledge in the context of the creation of intelligent systems remains in the scope of scientific research.On the File menu, click Export To and select one of the following command:.Open a project you want to export as an Eclipse UML2 (v1.x / v2.x / v3.x / v4.x / v5.x) XMI file.To export a project as an Eclipse UML2 (v1.x / v2.x / v3.x / v4.x / v5.x) XMI file

You can also export your project as a template. The export of a MagicDraw model to an Eclipse based UML2 (v1.x / v2.x / v3.x / v4.x / v5.x) compatible XMI file enables the interchange of the UML2 models for further manipulations and transformations with the most popular MDA tools, such as AndroMDA, OpenArchitectureWare, and other.

The following actions depend on the dialog that corresponds to the selected file format.Įxporting projects as Eclipse UML2 (v1.x / v2.x / v3.x / v4.x / v5.x) XMI files.

Select a file format you want to export your project to.

On the main menu, click File > Export To.

You can export a project to an Eclipse based UML2 (v1.x / v2.x / v3.x / v4.x / v5.x) compatible XMI file. You can export a project to an MOF (both CMOF and EMOF) XMI file. You can export either the whole project or selected packages to an. You can export a project to file formats that are supported by MagicDraw. MagicDraw allows exporting projects to the following file formats: