Failing to control resources in mobile, concurrent and distributed systems may lead to important breakdowns or Denial of Service-like attacks. In order to address this problem, we present enhanced versions of several calculi for mobile and distributed computing, namely NBA, Seals, Nomadic # and Kells. In each case, we make the formalism resource-conscious and define a type system in order to guarantee statically compliance with resource control policies. Comparing the solutions we proposed for these calculi, we try and define the necessities of resource-control in mobile and distributed formalisms
We introduce a process calculus that contains constructs to express and program resource negotiation...
The SEAL calculus is a calculus of mobile computations designed for programming secure distributed a...
. In open distributed systems of mobile agents, where code from remote sites may run locally, protec...
AbstractFailing to control resources in mobile, concurrent and distributed systems may lead to impor...
We describe a typing system for a distributed π-calculus which guarantees that distributed agents ca...
AbstractWe describe a typing system for a distributed π-calculus which guarantees that distributed a...
AbstractWe describe a typing system for a distributed π-calculus which guarantees that distributed a...
We describe a typing system for a distributed ?-calculus which guarantees that distributed agents ca...
Current software and hardware systems, being parallel and reconfigurable, raise new safety and relia...
AbstractThis paper presents a type system for the calculus of Mobile Resources (MR) proposed by Gods...
Whether it is a cell phone or a web server, an applet or a network packet, any software or hardware ...
AbstractPrevention of denial-of-service attacks is indispensable for distributed agent systems to ex...
Abstract. We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of s...
We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of systems con...
Abstract. This paper introduces notions of resource policy for mobile code to be run on smart device...
We introduce a process calculus that contains constructs to express and program resource negotiation...
The SEAL calculus is a calculus of mobile computations designed for programming secure distributed a...
. In open distributed systems of mobile agents, where code from remote sites may run locally, protec...
AbstractFailing to control resources in mobile, concurrent and distributed systems may lead to impor...
We describe a typing system for a distributed π-calculus which guarantees that distributed agents ca...
AbstractWe describe a typing system for a distributed π-calculus which guarantees that distributed a...
AbstractWe describe a typing system for a distributed π-calculus which guarantees that distributed a...
We describe a typing system for a distributed ?-calculus which guarantees that distributed agents ca...
Current software and hardware systems, being parallel and reconfigurable, raise new safety and relia...
AbstractThis paper presents a type system for the calculus of Mobile Resources (MR) proposed by Gods...
Whether it is a cell phone or a web server, an applet or a network packet, any software or hardware ...
AbstractPrevention of denial-of-service attacks is indispensable for distributed agent systems to ex...
Abstract. We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of s...
We introduce a calculus of Mobile Resources (MR) tailored for the design and analysis of systems con...
Abstract. This paper introduces notions of resource policy for mobile code to be run on smart device...
We introduce a process calculus that contains constructs to express and program resource negotiation...
The SEAL calculus is a calculus of mobile computations designed for programming secure distributed a...
. In open distributed systems of mobile agents, where code from remote sites may run locally, protec...