We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of systems containing mobile, possibly nested, computing devices that may have resource and access constraints, and which are not copyable nor modifiable per se. We provide a reduction as well as a labelled transition semantics and prove a correspondence be- tween barbed bisimulation congruence and a higher-order bisimulation. We provide examples of the expressiveness of the calculus, and apply the theory to prove one of its characteristic properties
AbstractWe present a calculus for mobile systems, the main novel feature of which is the separation ...
AbstractWe describe a programme of research in resource semantics, concurrency theory, bunched logic...
AbstractThis is the second of two papers in which we present the π-calculus, a calculus of mobile pr...
Abstract. We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of s...
Whether it is a cell phone or a web server, an applet or a network packet, any software or hardware ...
AbstractWe provide a type system inspired by affine intuitionistic logic for the calculus of Higher-...
AbstractWe present an encoding of the synchronous π-calculus in the calculus of Higher-Order Mobile ...
AbstractThis paper presents a type system for the calculus of Mobile Resources (MR) proposed by Gods...
We introduce a process calculus that contains constructs to express and program resource negotiation...
Ubiquitous computing makes various computing devices available throughout the physical setting. Ubiq...
AbstractWe present an encoding of the synchronous π-calculus in the calculus of Higher-order mobile ...
Resource control has attracted increasing interest in foundational research on distributed systems. ...
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...
AbstractThe Seal Calculus is a process language for describing mobile computation. Threads and resou...
AbstractWe present a calculus for mobile systems, the main novel feature of which is the separation ...
AbstractWe describe a programme of research in resource semantics, concurrency theory, bunched logic...
AbstractThis is the second of two papers in which we present the π-calculus, a calculus of mobile pr...
Abstract. We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of s...
Whether it is a cell phone or a web server, an applet or a network packet, any software or hardware ...
AbstractWe provide a type system inspired by affine intuitionistic logic for the calculus of Higher-...
AbstractWe present an encoding of the synchronous π-calculus in the calculus of Higher-Order Mobile ...
AbstractThis paper presents a type system for the calculus of Mobile Resources (MR) proposed by Gods...
We introduce a process calculus that contains constructs to express and program resource negotiation...
Ubiquitous computing makes various computing devices available throughout the physical setting. Ubiq...
AbstractWe present an encoding of the synchronous π-calculus in the calculus of Higher-order mobile ...
Resource control has attracted increasing interest in foundational research on distributed systems. ...
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...
AbstractThe Seal Calculus is a process language for describing mobile computation. Threads and resou...
AbstractWe present a calculus for mobile systems, the main novel feature of which is the separation ...
AbstractWe describe a programme of research in resource semantics, concurrency theory, bunched logic...
AbstractThis is the second of two papers in which we present the π-calculus, a calculus of mobile pr...