This paper presents a new distributed process calculus, called the M-calculus, that can be understood as a higher-order version of the Distributed Join calculus with programmable localities. The calculus retains the implementable character of the Distributed Join calculus while overcoming several important limitations: insu#cient control over communication and mobility, absence of dynamic binding, and limited locality semantics. The calculus is equipped with a polymorphic type system that guarantees the unicity of locality names, even in presence of higher-order communications -- a crucial property for the determinacy of message routing in the calculus
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
tel:+44-1273-678-763 fax:+44-1273-671-320 Abstract: This paper studies one important aspect of distr...
Abstract In these notes, we give an overview of the join calculus, its semantics, and its equational...
This paper presents a new distributed process calculus, called the M-calculus, that can be understo...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
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...
This report presents a calculus for higher-order distributed components, the Kell calculus. The calc...
This report presents a new distributed process calculus, called the -calculus. Key insights for the ...
This paper presents the Kell calculus, a new distributed process calculus that retains the origi...
By adding reflexion to the chemical machine of Berry and Boudol, we obtain a formal model of concurr...
This paper introduces a process calculus designed to capture the phenomenon of names which are known...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
Abstract. The -calculus [6] has introduced in concurrency the concept of link mobility, namely the p...
AbstractThis paper introduces a process calculus designed to capture the phenomenon of names which a...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
tel:+44-1273-678-763 fax:+44-1273-671-320 Abstract: This paper studies one important aspect of distr...
Abstract In these notes, we give an overview of the join calculus, its semantics, and its equational...
This paper presents a new distributed process calculus, called the M-calculus, that can be understo...
AbstractThis paper presents the formal specification of an abstract machine or the M-calculus, a new...
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...
This report presents a calculus for higher-order distributed components, the Kell calculus. The calc...
This report presents a new distributed process calculus, called the -calculus. Key insights for the ...
This paper presents the Kell calculus, a new distributed process calculus that retains the origi...
By adding reflexion to the chemical machine of Berry and Boudol, we obtain a formal model of concurr...
This paper introduces a process calculus designed to capture the phenomenon of names which are known...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
Abstract. The -calculus [6] has introduced in concurrency the concept of link mobility, namely the p...
AbstractThis paper introduces a process calculus designed to capture the phenomenon of names which a...
AbstractThis paper introduces the Kell calculus, a new process calculus that retains the original in...
tel:+44-1273-678-763 fax:+44-1273-671-320 Abstract: This paper studies one important aspect of distr...
Abstract In these notes, we give an overview of the join calculus, its semantics, and its equational...