AbstractThe π-calculus with synchronous output and mixed-guarded choices is strictly more expressive than the π-calculus with asynchronous output and no choice. As a corollary, Palamidessi recently proved that there is no fully compositional encoding from the former into the latter that preserves divergence-freedom and symmetries. This paper shows that there are nevertheless 'good' encodings between these calculi.In detail, we present a series of encodings for languages with (1) input-guarded choice, (2) both input- and output-guarded choice, and (3) mixed-guarded choice, and investigate them with respect to compositionality and divergence-freedom. The first and second encoding satisfy all criteria, but various 'good' candidates for the thi...
AbstractNotational definitions are pervasive in mathematical practic and are therefore supported in ...
AbstractThe join-calculus was introduced as an ‘extended subset’ of the asynchronous π-calculus by a...
AbstractλS extends the λ-calculus with recursive bindings, barriers, and updatable memory cells with...
The pi-calculus with synchronous output and mixed-guarded choices is strictly more expressive than t...
The pi-calculus with synchronous output and mixed-guarded choices is strictly more expressive than t...
AbstractThe π-calculus with synchronous output and mixed-guarded choices is strictly more expressive...
The -calculus with synchronous output and mixed-guarded choices is strictly more expressive than the...
The pi-calculus with synchronous output and mixed-guarded choices is strictly more expressive than t...
We study two encodings of the asynchronous pi-calculus with input-guarded choice into its choice-fre...
AbstractWe present a denotational semantics for a language of parallel communicating processes based...
AbstractOne of the early results about the asynchronous π-calculus which significantly contributed t...
AbstractWe consider the problem of encoding the π-calculus with mixed choice (i.e. input/output guar...
International audienceWe consider the problem of encoding the pi-calculus with mixed choice into the...
AbstractOne of the early results concerning the asynchronous π-calculus which significantly contribu...
AbstractIn this work we propose a probabilistic extension of the π-calculus. The main novelty is a p...
AbstractNotational definitions are pervasive in mathematical practic and are therefore supported in ...
AbstractThe join-calculus was introduced as an ‘extended subset’ of the asynchronous π-calculus by a...
AbstractλS extends the λ-calculus with recursive bindings, barriers, and updatable memory cells with...
The pi-calculus with synchronous output and mixed-guarded choices is strictly more expressive than t...
The pi-calculus with synchronous output and mixed-guarded choices is strictly more expressive than t...
AbstractThe π-calculus with synchronous output and mixed-guarded choices is strictly more expressive...
The -calculus with synchronous output and mixed-guarded choices is strictly more expressive than the...
The pi-calculus with synchronous output and mixed-guarded choices is strictly more expressive than t...
We study two encodings of the asynchronous pi-calculus with input-guarded choice into its choice-fre...
AbstractWe present a denotational semantics for a language of parallel communicating processes based...
AbstractOne of the early results about the asynchronous π-calculus which significantly contributed t...
AbstractWe consider the problem of encoding the π-calculus with mixed choice (i.e. input/output guar...
International audienceWe consider the problem of encoding the pi-calculus with mixed choice into the...
AbstractOne of the early results concerning the asynchronous π-calculus which significantly contribu...
AbstractIn this work we propose a probabilistic extension of the π-calculus. The main novelty is a p...
AbstractNotational definitions are pervasive in mathematical practic and are therefore supported in ...
AbstractThe join-calculus was introduced as an ‘extended subset’ of the asynchronous π-calculus by a...
AbstractλS extends the λ-calculus with recursive bindings, barriers, and updatable memory cells with...