The SEAL calculus is a calculus of mobile computations designed for programming secure distributed applications over large scale open networks. The calculus is a distributed variant of the π-calculus that incorporates agent mobility as well as strong protection mechanisms. Linear, revocable, capabilities control access to resources and ensure that agents may only use resources that have been allocated to them. Capabilities are also used to protect agents from the hosts on which they execute. The syntax and semantics of the SEAL calculus are presented and its expressive power is demonstrated with an example secure mobile
A programming notation is introduced that can be used for protecting secrecy and integrity of data i...
A programming notation is introduced that can be used for protecting secrecy and integrity of data i...
The challenges hidden in the implementation of high-level process calculi into low-level environment...
The Seal calculus is a distributed process calculus in which locations and movement of computational...
AbstractThe Seal Calculus is a process language for describing mobile computation. Threads and resou...
This paper scratches the surface of the problem of classifying the attacks that a mobile computation...
Abstract. Ambient calculi are a promising formalism for specifying mo-bile computation, which benefi...
This paper scratches the surface of the problem of classifying the attacks that a mobile computation...
In this paper, we introduce the crypto-loc calculus, a calculus for modelling secure mobile computat...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
AbstractA programming notation is introduced that can be used for protecting secrecy and integrity o...
AbstractThis paper presents a type system for the calculus of Mobile Resources (MR) proposed by Gods...
AbstractFailing to control resources in mobile, concurrent and distributed systems may lead to impor...
Failing to control resources in mobile, concurrent and distributed systems may lead to important bre...
This thesis proposes a typing discipline to control the migration of code in a distributed, mobile e...
A programming notation is introduced that can be used for protecting secrecy and integrity of data i...
A programming notation is introduced that can be used for protecting secrecy and integrity of data i...
The challenges hidden in the implementation of high-level process calculi into low-level environment...
The Seal calculus is a distributed process calculus in which locations and movement of computational...
AbstractThe Seal Calculus is a process language for describing mobile computation. Threads and resou...
This paper scratches the surface of the problem of classifying the attacks that a mobile computation...
Abstract. Ambient calculi are a promising formalism for specifying mo-bile computation, which benefi...
This paper scratches the surface of the problem of classifying the attacks that a mobile computation...
In this paper, we introduce the crypto-loc calculus, a calculus for modelling secure mobile computat...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
AbstractA programming notation is introduced that can be used for protecting secrecy and integrity o...
AbstractThis paper presents a type system for the calculus of Mobile Resources (MR) proposed by Gods...
AbstractFailing to control resources in mobile, concurrent and distributed systems may lead to impor...
Failing to control resources in mobile, concurrent and distributed systems may lead to important bre...
This thesis proposes a typing discipline to control the migration of code in a distributed, mobile e...
A programming notation is introduced that can be used for protecting secrecy and integrity of data i...
A programming notation is introduced that can be used for protecting secrecy and integrity of data i...
The challenges hidden in the implementation of high-level process calculi into low-level environment...