This paper presents an idiomatic construct for µ-charts which reflects the high-level specification construct of synchronization between activities. This, amongst others, has emerged as a common and useful idea during our use of µ-charts to design and specify commonly-occurring reactive systems. The purpose of this example, apart from any inherent interest in being able to use synchronization in a specification, is to show how the very simple language of µ-charts can used as a basis for a more expressive language built by definitional extension
Abstract. Message Sequence Charts (MSCs) are an appealing visual formalism that play a useful role i...
AbstractMessage sequence charts (MSCs) are a technique to describe patterns of interaction between t...
We identify a number of styles for using Interworkings (synchronous sequence charts), together with ...
This paper presents an idiomatic construct for µ-charts which reflects the high-level specification ...
This paper presents an idiomatic construct for -charts which reflects the high-level specification c...
μ-Charts are a way of specifying reactive systems, i.e. systems which are in some environment to whi...
This document is a reduced version of Working paper 04/2004 Abstract. µ-Charts is a language for spe...
μ-Charts is a language for specifying the behaviour of reactive systems. The language is a simplifie...
μ-Charts are a Statechart-like language which is designed for specifying reactive systems. This pape...
Interaction scenarios are commonly used in capturing and modelling system requirements of distribute...
The rapid demand for industrial automation has resulted in the development of very large systems. Th...
AbstractMessage Sequence Charts (MSCs) provide a way for quick and easily understandable modelling o...
AbstractWe introduce variant types and a pattern matching operation to synchronous dataflow language...
AbstractWe consider the problem of the automatic generation of reactive systems from specifications ...
AbstractLive sequence charts (LSC) is a visual formalism that can be used to model reactive systems....
Abstract. Message Sequence Charts (MSCs) are an appealing visual formalism that play a useful role i...
AbstractMessage sequence charts (MSCs) are a technique to describe patterns of interaction between t...
We identify a number of styles for using Interworkings (synchronous sequence charts), together with ...
This paper presents an idiomatic construct for µ-charts which reflects the high-level specification ...
This paper presents an idiomatic construct for -charts which reflects the high-level specification c...
μ-Charts are a way of specifying reactive systems, i.e. systems which are in some environment to whi...
This document is a reduced version of Working paper 04/2004 Abstract. µ-Charts is a language for spe...
μ-Charts is a language for specifying the behaviour of reactive systems. The language is a simplifie...
μ-Charts are a Statechart-like language which is designed for specifying reactive systems. This pape...
Interaction scenarios are commonly used in capturing and modelling system requirements of distribute...
The rapid demand for industrial automation has resulted in the development of very large systems. Th...
AbstractMessage Sequence Charts (MSCs) provide a way for quick and easily understandable modelling o...
AbstractWe introduce variant types and a pattern matching operation to synchronous dataflow language...
AbstractWe consider the problem of the automatic generation of reactive systems from specifications ...
AbstractLive sequence charts (LSC) is a visual formalism that can be used to model reactive systems....
Abstract. Message Sequence Charts (MSCs) are an appealing visual formalism that play a useful role i...
AbstractMessage sequence charts (MSCs) are a technique to describe patterns of interaction between t...
We identify a number of styles for using Interworkings (synchronous sequence charts), together with ...