When dealing with timing constraints, the Z.120 standard of Message Se-quence Charts (MSCs) is still evolving along with several proposals. This pa-per rst reviews proposed extensions of MSCs to describe timing constraints. Secondly, the paper describes an analysis technique for timing consistency in iterating and branching MSC specications. The analysis extends ecient current techniques for timing analysis of MSCs with no loops nor branch-ings. Finally, the paper extends our syntactic analysis of process divergence to MSCs with timing constraints
AbstractMessage Sequence Charts (MSCs) are a technique to describe patterns of interactions between ...
The integration of Formal Description Techniques (FDTs) in the software process enables formal valid...
Message Sequence Charts (MSCs) is a notation used in practice by protocol designers and system engin...
When dealing with timing constraints, the Z.120 standard of Message Se-quence Charts (MSCs) is still...
When dealing with timing constraints, the Z.120 standard of Message Sequcnce Charts (MSCs) is still ...
Message Sequence Charts (MSCs) are increasingly supported in software engineering tools and methodol...
This thesis addresses the validation and the refinement of MSC (Message Sequence Charts) specificati...
Message Sequence Charts (MSC) plays an important role in the software life cycle. It is widely used ...
AbstractIn early moments of computer systems development, computer engineers typically draw interact...
Message Sequence Charts (MSCs) are gaining popularity in software engineering methods for concurrent...
AbstractMessage Sequence Charts (MSC) is a graphical and textual specification language developed by...
Message Sequence Charts (MSCs) are widely used for describing interaction scenarios between the comp...
We discuss the state of affairs with respect to the formalization of Message Sequence Charts (MSC) a...
A set of syntax requirements of MSC is discussed and formalized. The treatment is restricted to Basi...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...
AbstractMessage Sequence Charts (MSCs) are a technique to describe patterns of interactions between ...
The integration of Formal Description Techniques (FDTs) in the software process enables formal valid...
Message Sequence Charts (MSCs) is a notation used in practice by protocol designers and system engin...
When dealing with timing constraints, the Z.120 standard of Message Se-quence Charts (MSCs) is still...
When dealing with timing constraints, the Z.120 standard of Message Sequcnce Charts (MSCs) is still ...
Message Sequence Charts (MSCs) are increasingly supported in software engineering tools and methodol...
This thesis addresses the validation and the refinement of MSC (Message Sequence Charts) specificati...
Message Sequence Charts (MSC) plays an important role in the software life cycle. It is widely used ...
AbstractIn early moments of computer systems development, computer engineers typically draw interact...
Message Sequence Charts (MSCs) are gaining popularity in software engineering methods for concurrent...
AbstractMessage Sequence Charts (MSC) is a graphical and textual specification language developed by...
Message Sequence Charts (MSCs) are widely used for describing interaction scenarios between the comp...
We discuss the state of affairs with respect to the formalization of Message Sequence Charts (MSC) a...
A set of syntax requirements of MSC is discussed and formalized. The treatment is restricted to Basi...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...
AbstractMessage Sequence Charts (MSCs) are a technique to describe patterns of interactions between ...
The integration of Formal Description Techniques (FDTs) in the software process enables formal valid...
Message Sequence Charts (MSCs) is a notation used in practice by protocol designers and system engin...