Message Sequence Charts (MSCs) are a graphical language for the description of scenarios in terms of message exchanges between communicating components in a distributed environment. The language has been standardised by the ITU and given a formal semantics by means of a process algebra. In this paper, we review a design anomaly, called race condition, in an MSC specification and argue that the current solution correcting race conditions is too weak when implementation is considered. In this paper, we provide an algorithm on partial orders as our solution. The result is a strengthened partial order, which is race-free and remains race-free in the implementation
Message sequence charts (MSCs) are an attractive visual formalism widely used to capture system requ...
Message sequence charts (MSC) are a graphical language for the description of communication scenario...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...
Message Sequence Charts (MSCs) are a graphical language for description of scenarios in terms of mes...
Abstract: Message Sequence Charts (MSCs) is a visual formalism for the descrip-tion of communication...
International audienceMessage Sequence Charts (MSCs) is a visual formalism for the description of co...
Interaction scenarios are commonly used in capturing and modelling system requirements of distribute...
. Message sequence charts (MSC) are widely used in the early design of communication protocols. They...
We discuss the state of affairs with respect to the formalization of Message Sequence Charts (MSC) a...
Scenario-based requirements specifications are the industry norm for defining communication protocol...
Message sequence charts (MSCs) are an attractive visual formalism widely used to capture system requ...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...
AbstractMessage sequence charts (MSCs) are an attractive visual formalism widely used to capture sys...
Message Sequence Charts are a popular formalism for the design of distributed systems executions bas...
Message Sequence Charts (MSCs) is a notation used in practice by protocol designers and system engin...
Message sequence charts (MSCs) are an attractive visual formalism widely used to capture system requ...
Message sequence charts (MSC) are a graphical language for the description of communication scenario...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...
Message Sequence Charts (MSCs) are a graphical language for description of scenarios in terms of mes...
Abstract: Message Sequence Charts (MSCs) is a visual formalism for the descrip-tion of communication...
International audienceMessage Sequence Charts (MSCs) is a visual formalism for the description of co...
Interaction scenarios are commonly used in capturing and modelling system requirements of distribute...
. Message sequence charts (MSC) are widely used in the early design of communication protocols. They...
We discuss the state of affairs with respect to the formalization of Message Sequence Charts (MSC) a...
Scenario-based requirements specifications are the industry norm for defining communication protocol...
Message sequence charts (MSCs) are an attractive visual formalism widely used to capture system requ...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...
AbstractMessage sequence charts (MSCs) are an attractive visual formalism widely used to capture sys...
Message Sequence Charts are a popular formalism for the design of distributed systems executions bas...
Message Sequence Charts (MSCs) is a notation used in practice by protocol designers and system engin...
Message sequence charts (MSCs) are an attractive visual formalism widely used to capture system requ...
Message sequence charts (MSC) are a graphical language for the description of communication scenario...
Message sequence charts (MSC) are a graphical notation standardized by the ITU and used for the desc...