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Capabilities Revisited: A Holistic Approach to Bottom-to-Top Assurance of Trustworthy Systems Peter G. Neumann and Robert N. M. Watson SRI International Computer Science Laboratory and University of Cambridge Computer La
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Document Date: 2011-03-01 06:45:15


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File Size: 157,19 KB

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Netherlands / Italy / United States / United Kingdom / /

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University of Cambridge Computer Laboratory / University of Cambridge / Air Force Research Laboratory / University of Cambridge Computer Laboratory Layered Assurance Workshop Austin TX / Robert N. M. Watson SRI International Computer Science Laboratory / /

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principled secure systems / wireless mobile devices / open-source software stacks / contemporary applications / secure systems / hardware-software design / legacy software / space memory management / heterogeneous distributed systems / web browser / logical applications / open source systems / hardware-software co-design approach / commodity systems / open source software / system software / hybrid software designs / even whole operating systems / programmable hardware / executive integrating memory management / hardware-software interfaces / software stack / hardware-software architectures / pure capability-oriented software stack / explicit software / high-assurance software stack / coarse tool / lower-layer software / commodity hardware / hardware-software interface / commodity operating systems / software designs / computing / assurance systems / Commodity applications / cloud computing / virtual memory systems / Web security model / technology transfer / software specialisation / /

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Defense Advanced Research Projects Agency / MIT / Carnegie Mellon / USENIX Association / University of Cambridge Computer Laboratory / CHERI CPU / Robert N. M. Watson SRI International Computer Science Laboratory / University of Cambridge / IEEE Computer Society / /

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J.H. Morris / Jr. / Robert N. M. Watson / Peter G. Neumann / Figure / /

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IEEE Software / Communications of the ACM / Lecture Notes in Computer Science / /

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