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Usage of UML and Archimate modelling languages in IT project analysis
HOLEČEK, Zdeněk
This work focuses on the usage of the Archimate and UML modelling languages. Initially, a general description of Archimate and UML is presented, followed by an introduction to the modelling principles. The main part presents a practical application of these languages in different phases of the development of a sample IT project, with a focus on an emergency communication system. The IT project starts with a prep phase where the modelling languages are used to define the basic business needs. This is followed by the planning phase with a detailed specification of business processes, business objects, functional and non-functional system requirements. The work ends with an evaluation of the effectiveness and applicability of Archimate and UML based on the experience gained during the IT project.
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Agile Model Editor
Zavadil, Michal ; Pavela, Jiří (referee) ; Rogalewicz, Adam (advisor)
Cílem této práce je zjednodušit tvorbu a modifikaci komplexních modelů systémů a také vytvořit spolehlivý a výkonný nástroj, který je schopen splnit tento účel. Vnitřní datový model editoru je navržen s důrazem na efektivitu a vyhnutím se redundanci. Výsledný editor, který je vytvořen pro podporu modelování v OPM (Object-Process Methodology), je implementován s pomocí webových technologií, především s knihovnou pro tvorbu diagramů na webu, Cytoscape.js. Editor je schopný automaticky propagovat vazby do dalších diagramů a také odvozovat nové vazby od existujících, což šetří čas a ulehčuje proces modelování.
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Agile Model Editor
Zavadil, Michal ; Pavela, Jiří (referee) ; Rogalewicz, Adam (advisor)
Cílem této práce je zjednodušit tvorbu a modifikaci komplexních modelů systémů a také vytvořit spolehlivý a výkonný nástroj, který je schopen splnit tento účel. Vnitřní datový model editoru je navržen s důrazem na efektivitu a vyhnutím se redundanci. Výsledný editor, který je vytvořen pro podporu modelování v OPM (Object-Process Methodology), je implementován s pomocí webových technologií, především s knihovnou pro tvorbu diagramů na webu, Cytoscape.js. Editor je schopný automaticky propagovat vazby do dalších diagramů a také odvozovat nové vazby od existujících, což šetří čas a ulehčuje proces modelování.
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Comparing available applications for UML modeling
LIŠKOVÁ, Markéta
The bachelor thesis deals with the comparison of available applications for UML modeling with the aim to evaluate their usability in real environment. In the theoretical part is described language UML, terms related to tools for UML modeling and specific selected applications for comparison. The applications are compared based on selected criteria and a model composed of a class diagram, which is created in each of them.
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Mathematical modeling systems and it’s mutual comparison
Sharifullina, Dilyara ; Jablonský, Josef (advisor) ; Bisová, Sára (referee)
The purpose of this work is to get the reader acquainted with the possibilities of usage of the modeling systems in solving the real optimization problems. The attention will be paid especially to the problems of linear programming, but the market of software offers also the solution of nonlinear problems including integer constraints. The survey of the linear programming software market including a more detailed acquaintance with such modeling systems as LINGO, MPL Modeling System, AIMMS, AMPL, GAMS, CPLEX Optimization Studio and Xpress Optimization Suite is presented in the second part of the thesis, that are considered to be the most powerful from the all offers. Then a solution of an example of a real problem including the representation of the problem in the system's modeling language and interpretation of the outputs will be demonstrated by mentioning the problem of working in the system easier by using Ms Excel spreadsheet application. The final part is dedicated to the comparison between the systems mentioned earlier with the purpose of rating the conveniences of their usage from a general user's point of view.
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Perfect Example of the Analysis and Design in the CASE Tool Astah*
Králová, Iveta ; Buchalcevová, Alena (advisor) ; Mészáros, Jan (referee)
The thesis is focused on creating UML 2.0 diagrams in CASE tool Astah* and it's conceived as a handbook for students of software engineering course. The main aim of this thesis is to show a practical example of the use of selected UML diagrams in the analysis and design of information systems. Next aim that leads directly to achieving the main one is to explain the logical structure of the UML diagrams and describe the particular steps of their creation in CASE tool Astah *. The aim of the thesis is also to briefly characterize a CASE tool Astah * and describe the basic functions used to work in this tool. The aims of this thesis were reached mainly by studying available theoretical findings, using the reference manual from the help and tutorial from Astah* web sites and last but not least, by information processing from the Internet. The contribution of this thesis is especially a creation of simple and understandable UML models which document the particular application. Another contribution of the thesis are guidelines for work in the Astah *, edition professional, which describes only the functionality that user will actually use in contrast to the extensive manual. The thesis is divided into two main parts. The first part explains the term of CASE tool initially. This part follows on a basic characteristic of the CASE tool Astah * and a description of the basic work in Astah * professional. The second part is focused on the creation of UML diagrams in Astah * professional. At first, there is defined a practical example, which is then modeled using particular UML diagrams in order of use case diagram, class diagram, activity diagram and sequence diagram.
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The use of UML diagrams in practice
Rejnková, Petra ; Buchalcevová, Alena (advisor) ; Mackovič, Ondřej (referee)
Unified modelling language UML is a result of a long-time effort to create a unified graphical notation that could be used during object-oriented development of information systems. The main aim of this thesis is to characterize UML 2.0 diagrams and show the examples of their usage in earliest phases of a development of a specific application. Next aim is to unite recommendations concerning diagram modelling and last but not least describe the main features and the development of UML and name changes that occurred in UML 2.0 compared to UML 1.x. The aims of this thesis were reached by studying available theoretical findings and practical recommendations and by consulting the modelled application with their developers and users. The diagrams were created using a trial version of Enterprise Architect 7.1. The contribution of the thesis is in the practical creation of UML diagrams based on previous consultations with the developers and the users of the application and summary of the most important information and best practices, which should be followed. The thesis is divided into two main parts. The first part concentrates on the most important features of UML, its development and comparison of UML 1.x to UML 2.0. The second part describes UML 2.0 diagrams in detail. Each chapter of this part characterizes a chosen diagram and includes recommendations, which should be followed so that the diagram is understandable not only to its creator, but to all people who come into contact with it. Afterwards, the mentioned facts and recommendations are used to create diagrams describing a specific application.
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Systém pro řešení úloh celočíselného programování v prostředí MS Excel
Škarvan, Martin ; Jablonský, Josef (advisor) ; Fábry, Jan (referee)
Diplomová práce se zabývá nejznámějšími úlohami celočíselného programování a typickými úlohami z teorie grafů. Zahrnuje formulace matematických modelů, pojednává o metodách řešení těchto úloh a uvádí přehled v současné době nejpoužívanějšího software určeného k jejich optimalizaci. Těžiště práce spočívá v aplikaci vytvořené v prostředí MS Excel a napojené na optimalizační prostředí systému MPL for Windows. Tento celek umožňuje řešit typové celočíselné úlohy a představuje praktickou ukázku způsobu vnoření matematických modelů do vlastních aplikací.
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