In process algebras like µCRL and ACP communication is defined globally. In the context of component-based architectures one wishes to define subcomponents of a system separately, including communication within that subcomponent. We define a process algebra with an operator for local communication that facilitates component-based architectures. Besides being compositional, this language is aimed to be a more practical language (with respect to closely related languages) and also allows for straightforward modelling of synchronous as well as asynchronous behaviour
) Frank S. de Boer , Jan Willem Klop yz , Catuscia Palamidessi yx Abstract We study the parad...
AbstractA language for defining fair asynchronous communicating processes is given. The main operato...
AbstractThe classical algebraic approach to the specification and verification of concurrent systems...
In process algebras like µCRL and ACP communication is defined globally. In the context of component...
AbstractIn process algebras like μCRL and ACP communication is defined globally. In the context of c...
In process algebras like µCRL [6] and ACP [2] communication is defined globally. In the context of c...
The authors study the paradigm of asynchronous process communication, as contrasted with the synchro...
Process algebra is a widely accepted and much used technique in the specification and verification o...
Within the context of an algebraic theory of processes, an equational specification of process coope...
Process algebra provides abstract and rigorous means for studying communicating concurrent systems. ...
AbstractRecent approaches to the combination of process algebras and temporal logic have shown that ...
Within the context of an algebraic theory of processes, an equational specification of process coop...
In standard process algebra, parallel components do not share a common state and communicate through...
We introduce a theory for generatively communicating concurrent processes. Generative communication ...
Architectural description languages are a useful tool for modeling complex software systems at a hig...
) Frank S. de Boer , Jan Willem Klop yz , Catuscia Palamidessi yx Abstract We study the parad...
AbstractA language for defining fair asynchronous communicating processes is given. The main operato...
AbstractThe classical algebraic approach to the specification and verification of concurrent systems...
In process algebras like µCRL and ACP communication is defined globally. In the context of component...
AbstractIn process algebras like μCRL and ACP communication is defined globally. In the context of c...
In process algebras like µCRL [6] and ACP [2] communication is defined globally. In the context of c...
The authors study the paradigm of asynchronous process communication, as contrasted with the synchro...
Process algebra is a widely accepted and much used technique in the specification and verification o...
Within the context of an algebraic theory of processes, an equational specification of process coope...
Process algebra provides abstract and rigorous means for studying communicating concurrent systems. ...
AbstractRecent approaches to the combination of process algebras and temporal logic have shown that ...
Within the context of an algebraic theory of processes, an equational specification of process coop...
In standard process algebra, parallel components do not share a common state and communicate through...
We introduce a theory for generatively communicating concurrent processes. Generative communication ...
Architectural description languages are a useful tool for modeling complex software systems at a hig...
) Frank S. de Boer , Jan Willem Klop yz , Catuscia Palamidessi yx Abstract We study the parad...
AbstractA language for defining fair asynchronous communicating processes is given. The main operato...
AbstractThe classical algebraic approach to the specification and verification of concurrent systems...