Titlebook: Runtime Verification; 9th International Wo Saddek Bensalem,Doron A. Peled Conference proceedings 2009 Springer-Verlag Berlin Heidelberg 200

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Runtime Verification of C Memory Safety, provide highest performance which often requires low-level access to memory. As a consequence C supports arbitrary pointer arithmetic, casting, and explicit allocation and deallocation. These operations are difficult to use, resulting in programs that often have software bugs like buffer overflows

薄膜

A Combined On-Line/Off-Line Framework for Black-Box Fault Diagnosis,nded to model system behavior, but only to capture relationships between properties of system behavior (defined separately) and the faults. In this paper we use a simple specification language: assertions written in propositional logic (possible extensions are also discussed). These assertions can b

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SCORE

,: Distributed Monitoring and Checking,etwork nodes that provide correct and efficient checking. We present the . system that builds upon two bodies of work: the . framework, which provides means to monitor and check running systems against formally specified requirements, and ., a declarative domain-specific approach for specifying and

動機

期滿

,Type-Separated Bytecode – Its Construction and Evaluation,s to safely transport annotations as type-extensions. We have implemented several versions of this system and show that it is possible to obtain a performance comparable to Java Bytecode, even though we use a type-separated system with annotations.

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Yag-Capsulotomy

foodstuff

State Joining and Splitting for the Symbolic Execution of Binaries,and describe the challenges of applying state joining to the analysis of unmodified Linux x86 executables. The results so far are mixed, with good results for some code. On other examples, state joining produces cumbersome constraints that are more expensive to solve than those generated by normal symbolic execution.

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