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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Převod UML diagramů mezi Visual Paradigm a textovými formáty / UML Diagrams Conversion between Visual Paradigm and Text-Based Formats

Ondrák, Lukáš January 2021 (has links)
This master's thesis deals with possibilities of modifying and extending functionality of Visual Paradigm with plug-ins as well as the study of tools for creating UML diagrams. The primary goal of this thesis is to describe graphical tools and simultaneously, the less known variants of creating UML diagrams. Those are tools that process text UML formats. Special attention is given to text tool PlantUML and to the graphical tool Visual Paradigm. Furthermore, the thesis deals with use of the Visual Paradigm open interface for programmers to create plug-ins. The main output is an implemented plug-in that allows you to convert UML diagrams between Visual Paradigm and text format PlantUML, which was published as open source software. Grammar for the PlantUML language have also been created for this plug-in.
2

Transformation of sketchy UML Class Diagrams into formalPlantUML models

Axt, Monique January 2023 (has links)
Sketching software design models is a common and intuitive practice amongsoftware engineers. These informal sketches are transient in nature unlesstransformed into a formal model that can be reused and shared. Manualtransformation, however, is time-consuming and redundant, and a method toautomatically transform these sketches into a permanent and formal softwaremodel is lacking. This study addresses this gap by creating and testingSketchToPlantUML, a sketchrecognition and transformation tool that reduces theeffort of manually transforming static, sketched UML Class Diagrams (CDs) intoformal models. The artefact uses the OpenCV library to preprocess images,segment UML elements, identify geometric features, classify relationships andtransform the output into the equivalent, formal PlantUML model. Tested againsta dataset of 70 sketched CDs, the artefact achieved overall Precision and Recallvalues of 88% and 86% respectively, scoring highest on classes (0.92 / 0.96) andlowest on association relationships (0.76 / 0.76). While the approach providesinsight into image processing and object recognition using OpenCV, a morerobust and generalised solution for automating the transformation of UMLsketches into formal models is needed.

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