Add to ORKGIn this paper we show how trace theory can be used to describe the behaviour of concurrent systems . We present a short introduction to trace theory. We also discuss a program notation that specifies the trace set of a component. As an example we derive a solution for one of the problems of the STC Workshop [5]
Traces and their extension called combined traces (comtraces) are two formalmodels used in the analy...
In concurrency theory, various semantic equivalences on labelled transition systems are based on tra...
The relevance of trace theory to the design of VLSI circuits is discussed. We present an introductio...
In this paper we show how trace theory can be used to describe the behaviour of "concurrent systems"...
AbstractThe theory of traces, originated by A. Mazurkiewicz in 1977, is an attempt to provide a math...
AbstractMazurkiewicz traces are one of the simplest non-interleaving model of executions. For some s...
79 pagesParallelism and concurrency are fundamental concepts in computer science. Specif...
1. Introduction 1.1. Goals and Contribution Synchronization, nondeterministic choice and hiding are ...
We investigate asynchronous circuit verication using Dill's trace theory [1] as well as Milner&...
Schemes of concurrent programs are considered. The result of a scheme is defined as a set of traces...
Abstract. CSP is a powerful language to specify complex concurrent systems. Due to the non-determini...
AbstractConcurrent systems and their behaviours are investigated. The behaviour of a system is under...
Weakly continuation-closed abstractions are known to preserve properties satisfied up to liveness, i...
Abstract—Execution of concurrent programs implies frequent switching between different thread contex...
Abstract. Concurrent traces are sequences of computational steps where independent steps can be perm...
Traces and their extension called combined traces (comtraces) are two formalmodels used in the analy...
In concurrency theory, various semantic equivalences on labelled transition systems are based on tra...
The relevance of trace theory to the design of VLSI circuits is discussed. We present an introductio...
In this paper we show how trace theory can be used to describe the behaviour of "concurrent systems"...
AbstractThe theory of traces, originated by A. Mazurkiewicz in 1977, is an attempt to provide a math...
AbstractMazurkiewicz traces are one of the simplest non-interleaving model of executions. For some s...
79 pagesParallelism and concurrency are fundamental concepts in computer science. Specif...
1. Introduction 1.1. Goals and Contribution Synchronization, nondeterministic choice and hiding are ...
We investigate asynchronous circuit verication using Dill's trace theory [1] as well as Milner&...
Schemes of concurrent programs are considered. The result of a scheme is defined as a set of traces...
Abstract. CSP is a powerful language to specify complex concurrent systems. Due to the non-determini...
AbstractConcurrent systems and their behaviours are investigated. The behaviour of a system is under...
Weakly continuation-closed abstractions are known to preserve properties satisfied up to liveness, i...
Abstract—Execution of concurrent programs implies frequent switching between different thread contex...
Abstract. Concurrent traces are sequences of computational steps where independent steps can be perm...
Traces and their extension called combined traces (comtraces) are two formalmodels used in the analy...
In concurrency theory, various semantic equivalences on labelled transition systems are based on tra...
The relevance of trace theory to the design of VLSI circuits is discussed. We present an introductio...