TACS is an extension of CCS where upper time bounds for delays can be specified. Lüttgen and Vogler defined three variants of bismulation-type faster-than relations and showed that they all three lead to the same preorder, demonstrating the robustness of their approach. In the present paper, the operational semantics of TACS is extended; it is shown that two of the variants still give the same preorder as before, underlining robustness. An explanation is given why this result fails for the third variant. It is also shown that another variant, which mixes old and new operational semantics, can lead to smaller relations that prove the same preorder
AbstractWe present a presheaf model for the observation of infinite as well as finite computations. ...
We propose a refinement of branching bisimulation equivalence that we call orthogonal bisimulation e...
We investigate the relative expressive power of finite delay operators in SCCS. These were introduc...
TACS is an extension of CCS where upper time bounds for delays can be specified. Luettgen and Vogler...
This paper introduces a novel (bi)simulation-based faster-than preorder which relates asynchronous p...
AbstractThis paper introduces a novel (bi)simulation-based faster-than preorder which relates asynch...
Two process-algebraic approaches have been developed for comparing two bisimulation-equivalent proce...
More than a decade ago, Moller and Tofts published their seminal work on relating processes that are...
More than a decade ago, Moller and Tofts published their seminal work on relating processes, which ...
AbstractTwo process-algebraic approaches have been developed for comparing two bisimulation-equivale...
AbstractWe produce a fully abstract model for a notion of process equivalence taking into account is...
We propose a variant of the version of branching bisimilation equivalence for processes with discret...
AbstractWe introduce a language SCCSσ with a restriction operation on recursion. This involves a rel...
AbstractBisimulation expresses the equivalence of processes whose external actions are identical. So...
Abstract. Why is deciding simulation preorder (and simulation equivalence) computationally harder th...
AbstractWe present a presheaf model for the observation of infinite as well as finite computations. ...
We propose a refinement of branching bisimulation equivalence that we call orthogonal bisimulation e...
We investigate the relative expressive power of finite delay operators in SCCS. These were introduc...
TACS is an extension of CCS where upper time bounds for delays can be specified. Luettgen and Vogler...
This paper introduces a novel (bi)simulation-based faster-than preorder which relates asynchronous p...
AbstractThis paper introduces a novel (bi)simulation-based faster-than preorder which relates asynch...
Two process-algebraic approaches have been developed for comparing two bisimulation-equivalent proce...
More than a decade ago, Moller and Tofts published their seminal work on relating processes that are...
More than a decade ago, Moller and Tofts published their seminal work on relating processes, which ...
AbstractTwo process-algebraic approaches have been developed for comparing two bisimulation-equivale...
AbstractWe produce a fully abstract model for a notion of process equivalence taking into account is...
We propose a variant of the version of branching bisimilation equivalence for processes with discret...
AbstractWe introduce a language SCCSσ with a restriction operation on recursion. This involves a rel...
AbstractBisimulation expresses the equivalence of processes whose external actions are identical. So...
Abstract. Why is deciding simulation preorder (and simulation equivalence) computationally harder th...
AbstractWe present a presheaf model for the observation of infinite as well as finite computations. ...
We propose a refinement of branching bisimulation equivalence that we call orthogonal bisimulation e...
We investigate the relative expressive power of finite delay operators in SCCS. These were introduc...