This report presents a calculus for higher-order distributed components, the Kell calculus. The calculus can be understood as a direct extension of the higher-order #-calculus with programmable locations. The report illustrates the expressive power of the Kell calculus by encoding several process calculi with explicit locations, including Mobile Ambients, the Distributed Join calculus and the M-calculus. The latter encoding demonstrates that the Kell calculus retains the expressive power of the M-calculus but in a much simpler setting
International audienceWe describe a process calculus featuring high level constructs for component-o...
This document presents a variant of the Ordinary λ-Calculus that we call the Distributed λ-Calculus....
The ß calculus is a process algebra for modelling concurrent systems in which the pattern of communi...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
This report presents a calculus for higher-order distributed components, the Kell calculus. The calc...
This paper presents the Kell calculus, a new distributed process calculus that retains the origi...
This paper presents a new distributed process calculus, called the M-calculus, that can be understoo...
This paper presents a new distributed process calculus, called the M-calculus, that can be understo...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
This paper presents the formal specification of an abstract machine for the M-calculus, a new distri...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
This report presents a new distributed process calculus, called the -calculus. Key insights for the ...
AbstractWe describe a process calculus featuring high level constructs for component-oriented progra...
International audienceWe describe a process calculus featuring high level constructs for component-o...
International audienceWe describe a process calculus featuring high level constructs for component-o...
This document presents a variant of the Ordinary λ-Calculus that we call the Distributed λ-Calculus....
The ß calculus is a process algebra for modelling concurrent systems in which the pattern of communi...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
This report presents a calculus for higher-order distributed components, the Kell calculus. The calc...
This paper presents the Kell calculus, a new distributed process calculus that retains the origi...
This paper presents a new distributed process calculus, called the M-calculus, that can be understoo...
This paper presents a new distributed process calculus, called the M-calculus, that can be understo...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
This paper presents the formal specification of an abstract machine for the M-calculus, a new distri...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
This report presents a new distributed process calculus, called the -calculus. Key insights for the ...
AbstractWe describe a process calculus featuring high level constructs for component-oriented progra...
International audienceWe describe a process calculus featuring high level constructs for component-o...
International audienceWe describe a process calculus featuring high level constructs for component-o...
This document presents a variant of the Ordinary λ-Calculus that we call the Distributed λ-Calculus....
The ß calculus is a process algebra for modelling concurrent systems in which the pattern of communi...