Abstract. We present a Mobile-Ambients-based process calculus to describe context-aware computing in a Ubiquitous Computing setting. In our calculus, computing agents can provide and discover contextual information and are owners of security policies. Simple access control to contextual information is not sufficient to insure confidentiality in Global Computing, therefore our security policies regulate agents ’ rights to the provision and discovery of contextual information over distributed flows of actions. A type system enforcing security policies by a combination of static and dynamic checking of mobile agents is provided, together with its type soundness. Key words: Ubiquitous Computing, Mobile Ambients, context awareness, security, typ...
AbstractOur society is increasingly moving towards richer forms of information exchange where mobili...
Abstract. Ambient calculi are a promising formalism for specifying mo-bile computation, which benefi...
In order to answer the challenge of pervasive computing, we propose a new process calculus, whose ai...
Abstract. We present a Mobile-Ambients-based process calculus to describe context-aware computing in...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present the Calculus of Context-aware Ambients (CCA in short) for the modelling and verification ...
AbstractWe present the Calculus of Context-aware Ambients (CCA in short) for the modelling and verif...
We survey some critical issues arising in the ubiquitous computing paradigm, in particular the inter...
We present a process calculus, CCA, for the modelling and verification of mobile systems that are co...
Ubiquitous computing makes various computing devices available throughout the physical setting. Ubiq...
We present a process calculus, CCA, for the modelling and verification of mobile systems that are co...
Our society is increasingly moving towards richer forms of information exchange where mobility of pr...
AbstractOur society is increasingly moving towards richer forms of information exchange where mobili...
Abstract. Ambient calculi are a promising formalism for specifying mo-bile computation, which benefi...
In order to answer the challenge of pervasive computing, we propose a new process calculus, whose ai...
Abstract. We present a Mobile-Ambients-based process calculus to describe context-aware computing in...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present a Mobile-Ambients-based process calculus to describe context-aware computing in an infras...
We present the Calculus of Context-aware Ambients (CCA in short) for the modelling and verification ...
AbstractWe present the Calculus of Context-aware Ambients (CCA in short) for the modelling and verif...
We survey some critical issues arising in the ubiquitous computing paradigm, in particular the inter...
We present a process calculus, CCA, for the modelling and verification of mobile systems that are co...
Ubiquitous computing makes various computing devices available throughout the physical setting. Ubiq...
We present a process calculus, CCA, for the modelling and verification of mobile systems that are co...
Our society is increasingly moving towards richer forms of information exchange where mobility of pr...
AbstractOur society is increasingly moving towards richer forms of information exchange where mobili...
Abstract. Ambient calculi are a promising formalism for specifying mo-bile computation, which benefi...
In order to answer the challenge of pervasive computing, we propose a new process calculus, whose ai...