AbstractInformation flow properties, which describe confidentiality requirements, are not generally preserved under behavior refinement. This article describes a formal framework for refinement relations between nondeterministic probabilistic processes that capture sufficient conditions to preserve information flow properties. In particular, it uses information-theoretic concepts to investigate the refinement of a probabilistic, entropy-based information flow property. The refinement relation considers the abstract and concrete models as views on the same stochastic process. Probabilistic CSP provides the semantic basis for this investigation
In multilevel systems it is important to avoid unwanted indirect information flow from higher level...
Abstract. Formal methods emphasizes the need for a top-down approach when developing large reliable ...
International audienceIn recent years, there has been a growing interest in considering the probabil...
AbstractInformation flow properties, which describe confidentiality requirements, are not generally ...
We study probabilistic information flow from a property-specific viewpoint. For a given property of ...
In a stepwise development process, it is essential thatsystem properties that have been already ...
a b s t r a c t We propose a formal approach to the problem of transforming uncertainty into risk vi...
We propose a formal approach to the problem of transforming uncertainty into risk via information re...
We define several security properties for the analysis of probabilistic noninterference as a conserv...
The systematic development of complex systems usually relies on a stepwise refinement procedure from...
We define several security properties for the analysis of probabilistic noninterference as a conser...
Secrecy is fundamental to computer security, but real systems often cannot avoid leaking some secret...
We set out a logic for reasoning about multilevel security of probabilistic systems. This logic incl...
In secure information flow analysis, the classic Denning restrictions allow a program’s termination ...
In secure information flow analysis, the classic Denning restrictions allow a program’s termination ...
In multilevel systems it is important to avoid unwanted indirect information flow from higher level...
Abstract. Formal methods emphasizes the need for a top-down approach when developing large reliable ...
International audienceIn recent years, there has been a growing interest in considering the probabil...
AbstractInformation flow properties, which describe confidentiality requirements, are not generally ...
We study probabilistic information flow from a property-specific viewpoint. For a given property of ...
In a stepwise development process, it is essential thatsystem properties that have been already ...
a b s t r a c t We propose a formal approach to the problem of transforming uncertainty into risk vi...
We propose a formal approach to the problem of transforming uncertainty into risk via information re...
We define several security properties for the analysis of probabilistic noninterference as a conserv...
The systematic development of complex systems usually relies on a stepwise refinement procedure from...
We define several security properties for the analysis of probabilistic noninterference as a conser...
Secrecy is fundamental to computer security, but real systems often cannot avoid leaking some secret...
We set out a logic for reasoning about multilevel security of probabilistic systems. This logic incl...
In secure information flow analysis, the classic Denning restrictions allow a program’s termination ...
In secure information flow analysis, the classic Denning restrictions allow a program’s termination ...
In multilevel systems it is important to avoid unwanted indirect information flow from higher level...
Abstract. Formal methods emphasizes the need for a top-down approach when developing large reliable ...
International audienceIn recent years, there has been a growing interest in considering the probabil...