It was observed by Turi and Plotkin that structural operational semantics can be studied at the level of universal coalgebra, providing specification formats for well-behaved operations on many different types of systems. We extend this framework with non-structural assignment rules which can express, for example, the syntactic format for structural congruences proposed by Mousavi and Reniers. Our main result is that the operational model of such an extended specification is well-behaved, in the sense that bisimilarity is a congruence and that bisimulation-up-to techniques are sound
Defining a formal (i.e., mathematical) semantics for computer languages is the first step towards de...
While studying the specification of the operational semantics of different programming languages and...
For structural operational semantics (SOS) of process algebras, various notions of bisimulation have...
textabstractIt was observed by Turi and Plotkin that structural operational semantics can be studied...
AbstractBialgebraic semantics, invented a decade ago by Turi and Plotkin, is an approach to formal r...
AbstractBialgebras and distributive laws are an abstract, categorical framework to study various fla...
AbstractBialgebraic semantics, invented a decade ago by Turi and Plotkin, is an approach to formal r...
International audienceWe propose a categorical framework for structural operational semantics, in wh...
Concurrently interacting components of a modular software architecture are heterogeneously structure...
AbstractWhile studying the specification of the operational semantics of different programming langu...
AbstractA previously introduced combination of the bialgebraic approach to structural operational se...
AbstractIn this paper we address the issue of providing a structured coalgebra presentation of trans...
Bialgebraic semantics, invented a decade ago by Turi and Plotkin, is an approach to formal reasoning...
Structural congruences have been used to define the semantics and to capture inherent properties of ...
AbstractIn this paper we are interested in general properties of classes of transition system specif...
Defining a formal (i.e., mathematical) semantics for computer languages is the first step towards de...
While studying the specification of the operational semantics of different programming languages and...
For structural operational semantics (SOS) of process algebras, various notions of bisimulation have...
textabstractIt was observed by Turi and Plotkin that structural operational semantics can be studied...
AbstractBialgebraic semantics, invented a decade ago by Turi and Plotkin, is an approach to formal r...
AbstractBialgebras and distributive laws are an abstract, categorical framework to study various fla...
AbstractBialgebraic semantics, invented a decade ago by Turi and Plotkin, is an approach to formal r...
International audienceWe propose a categorical framework for structural operational semantics, in wh...
Concurrently interacting components of a modular software architecture are heterogeneously structure...
AbstractWhile studying the specification of the operational semantics of different programming langu...
AbstractA previously introduced combination of the bialgebraic approach to structural operational se...
AbstractIn this paper we address the issue of providing a structured coalgebra presentation of trans...
Bialgebraic semantics, invented a decade ago by Turi and Plotkin, is an approach to formal reasoning...
Structural congruences have been used to define the semantics and to capture inherent properties of ...
AbstractIn this paper we are interested in general properties of classes of transition system specif...
Defining a formal (i.e., mathematical) semantics for computer languages is the first step towards de...
While studying the specification of the operational semantics of different programming languages and...
For structural operational semantics (SOS) of process algebras, various notions of bisimulation have...