AbstractThe large diffusion of concurrent and distributed systems has spawned in recent years a variety of new formalisms, equipped with features for supporting an easy specification of such systems. The aim of our paper is to analyze three proposals, namely rewriting logic, action calculi and tile logic, chosen among those formalisms designed for the description of rule-based systems. For each of these logics we first try to understand their foundations, then we briefly sketch some applications. The overall goal of our work is to find out a common layout where these logics can be recast, thus allowing for a comparison and an evaluation of their specific features
In [12] we introduced the tile model, a framework encompassing a wide class of computational systems...
Tile logic extends rewriting logic, taking into account rewriting with side-effects and rewriting sy...
We propose a modular high-level approach to the specification of transactions in rewriting logic, wh...
The large diffusion of concurrent and distributed systems has spawned in recent years a variety of n...
. 1 Introduction Mapping Tile Logic into Rewriting Logic meseguer@csl.sri.com ugo@di.unipi.it Jos&...
Rewriting logic is proposed as a logic of concurrent action and change that solves the frame problem...
Rewriting logic [Mes92] is a logic of action, whose models are concurrent systems and whose deductio...
AbstractTile logic is a framework to reason about the dynamic evolution of concurrent systems in a m...
Tile logic is a framework to reason about the dynamic evolution of concurrent systems in a modular w...
. Tile logic extends rewriting logic by taking into account sideeffects and rewriting synchronizatio...
Tile logic extends rewriting logic, taking into account rewriting with side-effects and rewriting sy...
In a previous paper we introduced the tile model, a framework encompassing a wide class of computati...
AbstractIn [12] we introduced the tile model, a framework encompassing a wide class of computational...
In a previous paper we introduced the tile model, a framework encompassing a wide class of computati...
AbstractTile logic extends rewriting logic, taking into account rewriting with side-effects and rewr...
In [12] we introduced the tile model, a framework encompassing a wide class of computational systems...
Tile logic extends rewriting logic, taking into account rewriting with side-effects and rewriting sy...
We propose a modular high-level approach to the specification of transactions in rewriting logic, wh...
The large diffusion of concurrent and distributed systems has spawned in recent years a variety of n...
. 1 Introduction Mapping Tile Logic into Rewriting Logic meseguer@csl.sri.com ugo@di.unipi.it Jos&...
Rewriting logic is proposed as a logic of concurrent action and change that solves the frame problem...
Rewriting logic [Mes92] is a logic of action, whose models are concurrent systems and whose deductio...
AbstractTile logic is a framework to reason about the dynamic evolution of concurrent systems in a m...
Tile logic is a framework to reason about the dynamic evolution of concurrent systems in a modular w...
. Tile logic extends rewriting logic by taking into account sideeffects and rewriting synchronizatio...
Tile logic extends rewriting logic, taking into account rewriting with side-effects and rewriting sy...
In a previous paper we introduced the tile model, a framework encompassing a wide class of computati...
AbstractIn [12] we introduced the tile model, a framework encompassing a wide class of computational...
In a previous paper we introduced the tile model, a framework encompassing a wide class of computati...
AbstractTile logic extends rewriting logic, taking into account rewriting with side-effects and rewr...
In [12] we introduced the tile model, a framework encompassing a wide class of computational systems...
Tile logic extends rewriting logic, taking into account rewriting with side-effects and rewriting sy...
We propose a modular high-level approach to the specification of transactions in rewriting logic, wh...