AbstractThis paper shows that bisimulation equivalence does not afford a finite equational axiomatization over the language obtained by enriching Bergstra and Klop's basic process algebra (BPA) with the interrupt operator. Moreover, it is shown that the collection of closed equations over this language is also not finitely based. In sharp contrast to these results, the collection of closed equations over the language BPA enriched with the disrupt operator is proven to be finitely based
Prefix iteration x is added to Basic Process Algebra with deadlock and empty process. We present a f...
This note shows that split-2 bisimulation equivalence (also known as timed equivalence) affords a fi...
We study Basic Process Algebra with interrupt modulo complete trace equivalence. We show that, unlik...
This paper shows that bisimulation equivalence does not afford a finite equational axiomatization ov...
Abstract. This paper shows that bisimulation equivalence does not afford a finite equational axiomat...
AbstractThis paper shows that bisimulation equivalence does not afford a finite equational axiomatiz...
This paper considers the existence of finite equational axiomatisations of bisimulation over a calcu...
Aceto et al., proved that, over the process algebra BCCSP with the priority operator of Baeten, Berg...
Fokkink and Zantema have shown that bisimulation equivalence has a finite equational axiomatization ...
Aceto et al., proved that, over the process algebra BCCSP with the priority operator of Baeten, Berg...
AbstractA result originally due to Baeten, Bergstra, and Klop shows that strong bisimulation equival...
This paper studies the equational theory of bisimulation equivalence over the process algebra BCCSP ...
This thesis is concerned with the algebraic theory of finite state processes. The processes we focus...
This paper studies the equational theory of bisimulation equivalence over the process algebra BCCSP ...
Fokkink and Zantema (Fokkink and Zantema 1994) have shown that bisimulation equivalence has a finite...
Prefix iteration x is added to Basic Process Algebra with deadlock and empty process. We present a f...
This note shows that split-2 bisimulation equivalence (also known as timed equivalence) affords a fi...
We study Basic Process Algebra with interrupt modulo complete trace equivalence. We show that, unlik...
This paper shows that bisimulation equivalence does not afford a finite equational axiomatization ov...
Abstract. This paper shows that bisimulation equivalence does not afford a finite equational axiomat...
AbstractThis paper shows that bisimulation equivalence does not afford a finite equational axiomatiz...
This paper considers the existence of finite equational axiomatisations of bisimulation over a calcu...
Aceto et al., proved that, over the process algebra BCCSP with the priority operator of Baeten, Berg...
Fokkink and Zantema have shown that bisimulation equivalence has a finite equational axiomatization ...
Aceto et al., proved that, over the process algebra BCCSP with the priority operator of Baeten, Berg...
AbstractA result originally due to Baeten, Bergstra, and Klop shows that strong bisimulation equival...
This paper studies the equational theory of bisimulation equivalence over the process algebra BCCSP ...
This thesis is concerned with the algebraic theory of finite state processes. The processes we focus...
This paper studies the equational theory of bisimulation equivalence over the process algebra BCCSP ...
Fokkink and Zantema (Fokkink and Zantema 1994) have shown that bisimulation equivalence has a finite...
Prefix iteration x is added to Basic Process Algebra with deadlock and empty process. We present a f...
This note shows that split-2 bisimulation equivalence (also known as timed equivalence) affords a fi...
We study Basic Process Algebra with interrupt modulo complete trace equivalence. We show that, unlik...