Titlebook: Runtime Verification; Third International Shaz Qadeer,Serdar Tasiran Conference proceedings 2013 Springer-Verlag Berlin Heidelberg 2013 af

形状

Scalable Dynamic Partial Order Reduction,to put it into practice. With actual deployment come new, pragmatic challenges to the usefulness of the techniques. In this paper we are concerned with scaling dynamic partial order reduction, a key technique for mitigating the state space explosion problem, to very large clusters. In particular, we

Brain-Imaging

ANaConDA: A Framework for Analysing Multi-threaded C/C++ Programs on the Binary Level,y level. ANaConDA also supports noise injection techniques to increase chances to find concurrency-related errors in testing runs. ANaConDA is built on top of the Intel’s framework PIN for instrumenting binary code. ANaConDA can be instantiated for dealing with programs using various thread models.

WAG

PaRV: Parallelizing Runtime Detection and Prevention of Concurrency Errors,chnology for parallelizing runtime verification and for buffering write accesses during race checking. Application threads are slowed down only due to instrumentation, but not due to the computation performed by runtime verification algorithms since the latter are run concurrently on different threa

CURL

Mindfulness

Detecting Unread Memory Using Dynamic Binary Translation,ynamic tools verify that programs always write to memory before reading it. This work investigates the converse behaviour—writes that never get read, which we call “unread writes”. Such writes are redundant—at best, they do not perform any useful work; furthermore, work done to compute the values to

observatory

cancer

用肘

Temporal Monitors for TinyOS, temporal monitors for networked embedded nodes running the TinyOS operating system and programmed in the nesC language. We instrument the original node software to signal asynchronous atomic events to a local nesC component running a runtime verification algorithm; this checks LTL properties automa

photopsia

Real-Time Runtime Verification on Chip, be synthesized into efficient observer hardware blocks, which take advantage of the highly-parallel nature of hardware designs. For the time-bounded Since operator of past-time MTL we obtain a time complexity that is double logarithmic in the time it is executed at and the given time bounds of the

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