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Master's Dissertation
DOI
10.11606/D.18.2017.tde-12042017-163610
Document
Author
Full name
João Borsoi Soares
Institute/School/College
Knowledge Area
Date of Defense
Published
São Carlos, 2001
Supervisor
Committee
Inamasu, Ricardo Yassushi (President)
Maldonado, José Carlos
Miyagi, Paulo Eigi
Title in Portuguese
Editor de modelos de sistemas de eventos discretos, baseado em redes de Petri interpretadas
Keywords in Portuguese
Framework
Petri interpretada
Software aberto
Abstract in Portuguese
A rede de Petri consiste numa poderosa ferramenta gráfica e matemática, que tem sido desenvolvida e aprimorada para a modelagem e análise de sistemas de eventos discretos. Uma das suas limitações é a profusão de elementos gráficos para modelos relativamente grandes. Algumas redes de Petri interpretadas consistem em propostas que visam sanar este tipo de problema. Este trabalho tem por objetivo implementar um framework de edição e análise gráfica de redes de Petri, a partir de técnicas de reutilização de código como padrões de projeto. Assim, foi proposto um software aberto que viabiliza o processo de contínuo desenvolvimento, promovendo a inclusão, reutilização e aperfeiçoamento de funcionalidades. Como resultado foi possível incorporar a edição de outros tipos de redes de Petri, principalmente as interpretadas, através da reutilização de funcionalidades matemáticas e de edição gráfica da rede de Petri Lugar/Transição.
Title in English
Event discrete system model editor, based on interpreted Petri nets
Keywords in English
Framework
Open software
Petri interpreted
Abstract in English
The Petri net is a powerfuI graphical and mathematical tool, which has been developed and improved to the modeling and analysis of Discrete Event Systems. One of its limitations is the large profusion of graphic elements in complex models. Some interpreted Petri nets consist in proposals to solve this kind of limitation. This work's main goal is to implement a Petri net graphical editor and analyzer framework, using concepts of code reuse and design patterns. In this way, an open-software was proposed, which enables the continuous development process, providing the inclusion, reuse and improvement of functionalities. As a result, it was possible to incorporate the edition of some Petri net extensions, essentially the interpreted, through the reuse of mathematical and graphical edition functionalities of Place/Transition Petri net.
 
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Publishing Date
2017-04-18
 
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