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PLDI
2015
ACM

Making numerical program analysis fast

4 years 12 months ago
Making numerical program analysis fast
Numerical abstract domains are a fundamental component in modern static program analysis and are used in a wide range of scenarios (e.g. computing array bounds, disjointness, etc). However, analysis with these domains can be very expensive, deeply affecting the scalability and practical applicability of the static analysis. Hence, it is critical to ensure that these domains are made highly efficient. In this work, we present a complete approach for optimizing the nce of the Octagon numerical abstract domain, a domain shown to be particularly effective in practice. Our optimization approach is based on two key insights: i) the ability to perform online decomposition of the octagons leading to a massive reduction in operation counts, and ii) leveraging classic performance optimizations from linear algebra such as vectorization, locality of reference, scalar replacement and others, for improving the key bottlenecks of the domain. Applying these ideas, we designed new algorithms for the ...
Gagandeep Singh, Markus Püschel, Martin T. Ve
Added 16 Apr 2016
Updated 16 Apr 2016
Type Journal
Year 2015
Where PLDI
Authors Gagandeep Singh, Markus Püschel, Martin T. Vechev
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