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Titlebook: Computer Security – ESORICS 2006; 11th European Sympos Dieter Gollmann,Jan Meier,Andrei Sabelfeld Conference proceedings 2006 Springer-Verl

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Discretionary Capability Confinement,g capabilities in a Java-like programming language. Unlike previous language-based capability systems, the proposed annotation system can provably enforce capability confinement. This confinement guarantee is leveraged to model a strong form of separation of duty known as hereditary mutual suspicion
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Modeling and Evaluating the Survivability of an Intrusion Tolerant Database System,pproaches have emerged to overcome these limitations. Before intrusion tolerance is accepted as an approach to security, there must be quantitative methods to measure its survivability. However, there are very few attempts to do quantitative, model-based evaluation of the survivability of intrusion
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A Formal Framework for Confidentiality-Preserving Refinement,k of refinement relations preserving existential confidentiality properties for nondeterministic, probabilistic systems. It allows a refinement step to trade functionality between the machine and its environment, thus shifting the conceptual boundary between machine and environment. A refinement als
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Timing-Sensitive Information Flow Analysis for Synchronous Systems,lysis of information flow in synchronous hardware circuits. The method is based on a parameterized notion of confidentiality for finite transition systems that allows one to model information leakage in a fine-grained way. We present an efficient decision procedure for system security and apply it t
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