This paper presents an introduction to process algebras. In the first part of the contribution we introduce a basic process algebra and give an informal interpretation of its operators. In the second part of the contribution we show how expressions of process algebra can be interpreted as transition systems. Using the robot example of this series the basic concepts are illuminated. We discuss a core element of process algebra, its possibility to compare observable behaviour of different processes. A short overview over different approaches within process algebra concludes the contribution
AbstractAfter 25 years of research (19 personally) into process algebras, I ask what areas of mathem...
AbstractThe three classical process algebra CCS, CSP and ACP present several differences in their re...
Special Issue of "Applicable Algebra in Engineering, Communication and Computing" devoted to Process...
This paper is the second part of an introduction to process algebras. In the first part of the contr...
Abstract. The paper introduces a new approach to define process algebras withquantified transitions....
This paper surveys and relates the basic concepts of process algebra and the modelling of continuous...
Process algebra is a device for analysing sequential processes, and has been studied in Amsterdam si...
This paper surveys and relates the basic concepts of process algebra and the modelling of continuous...
Every day we witness the fast development of the hardware and software technology. This, of course, ...
We propose a process algebra obtained by extending a combination of the process algebra with contin...
Process algebras are generally recognized as a convenient tool for describing concurrent systems at ...
AbstractWe propose a process algebra obtained by extending a combination of the process algebra with...
The three classical process algebra CCS, CSP and ACP present several differences in their respective...
The three classical process algebra CCS, CSP and ACP present several differences in their respective...
We propose a process algebra obtained by extending a combination of the process algebra with continu...
AbstractAfter 25 years of research (19 personally) into process algebras, I ask what areas of mathem...
AbstractThe three classical process algebra CCS, CSP and ACP present several differences in their re...
Special Issue of "Applicable Algebra in Engineering, Communication and Computing" devoted to Process...
This paper is the second part of an introduction to process algebras. In the first part of the contr...
Abstract. The paper introduces a new approach to define process algebras withquantified transitions....
This paper surveys and relates the basic concepts of process algebra and the modelling of continuous...
Process algebra is a device for analysing sequential processes, and has been studied in Amsterdam si...
This paper surveys and relates the basic concepts of process algebra and the modelling of continuous...
Every day we witness the fast development of the hardware and software technology. This, of course, ...
We propose a process algebra obtained by extending a combination of the process algebra with contin...
Process algebras are generally recognized as a convenient tool for describing concurrent systems at ...
AbstractWe propose a process algebra obtained by extending a combination of the process algebra with...
The three classical process algebra CCS, CSP and ACP present several differences in their respective...
The three classical process algebra CCS, CSP and ACP present several differences in their respective...
We propose a process algebra obtained by extending a combination of the process algebra with continu...
AbstractAfter 25 years of research (19 personally) into process algebras, I ask what areas of mathem...
AbstractThe three classical process algebra CCS, CSP and ACP present several differences in their re...
Special Issue of "Applicable Algebra in Engineering, Communication and Computing" devoted to Process...