R. Esser and J. W. Janneck, Moses - a tool suite for visual modelling of discrete-event systems, Symposium on Visual /Multimedia Approaches to Programming and Software Engineering, HCC01, 2001, pp. 272--279. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Analysis-oriented Semantics Definition of Visual Languages - Yan Jin University (2003) Self-citation (Esser Janneck) (Correct)
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R. Esser and J. W. Janneck. Moses: A tool suite for visual modelling of discrete-event systems. In Symposium on Visual /Multimedia Approaches to Programming and Software Engineering, HCC, pages 40--47, 2001.
Describing the Syntax and Semantics of UML Statecharts in a .. - Jin, Esser, Janneck (2002) Self-citation (Esser Janneck) (Correct)
....well defined syntax [16] Unfortunately, its precise semantics are not well formalized. This paper presents the definition of the syntax and semantics of UML statechart diagrams and also facilities for supporting the modelling of heterogeneous systems. Our work builds on the Moses tool suite [5]. Moses addresses the definition of a certain class of visual languages, viz. graph like notation (bubble and arc diagrams) and supports the modelling and simulation of discrete event heterogeneous systems. These systems consist of communicating components, each modelled using an appropriate ....
R. Esser and J. W. Janneck. Moses - a tool suite for visual modelling of discrete-event systems. In Symposium on Visual/Multimedia Approaches to Programming and Software Engineering, HCC01, 2001.
Modular Analysis of Dataflow Process Networks - Jin, Esser, Lakos, Janneck (2003) Self-citation (Esser Janneck) (Correct)
....components. The latter refers to the absence of deadlock where the system cannot make any further progress. By adopting such a divide and conquer approach, the potential state space explosion problem can be alleviated. The presented research is motivated by previous work on the Moses tool suite [4]. Moses presents an additional challenge to component based development in that it supports the modelling and simulation of heterogeneous discrete event systems, where components are modelled by different formalisms. For example, components can be defined [4, 7, 9] as process networks, Petri ....
....work on the Moses tool suite [4] Moses presents an additional challenge to component based development in that it supports the modelling and simulation of heterogeneous discrete event systems, where components are modelled by different formalisms. For example, components can be defined [4, 7, 9] as process networks, Petri Nets, Statecharts, etc. The proposed approach can also largely simplify the analysis of such heterogeneous systems. This paper is structured as follows. In section 2, our approach is compared with the related work. In section 3, we define discrete event components (or ....
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R. Esser and J. Janneck. Moses - a tool suite for visual modelling of discrete-event systems. In Symposium on Visual/Multimedia Approaches to Programming and Software Engineering, 2001.
Un Linguaggio Per Esprimere Transizioni - Paolo Bottoni Maria (2002) (Correct)
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R. Esser and J. W. Janneck, Moses - a tool suite for visual modelling of discrete-event systems, Symposium on Visual /Multimedia Approaches to Programming and Software Engineering, HCC01, 2001, pp. 272--279.
Uniform representation of transition concepts in.. - Bottoni, De.. (Correct)
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R. Esser and J. W. Janneck, Moses - a tool suite for visual modelling of discrete-event systems, Symposium on Visual/Multimedia Approaches to Programming and Software Engineering, HCC01, 2001, pp. 272--279.
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