The more sensitive the pointer analysis, the more precise these sets are likely to be, reducing unnecessary sharing of memory resources between instructions during high-level synthesis (HLS) memory generation.
In our experiments, we found that the expected improvement in indirect effects due to doubling the accuracy of the pointer analysis ranged from. 0% to 42%. – ...
Jun 15, 2005 · We found that using a more precise pointer analysis does in general lead to more precise transitive results.
Recommendations · Interprocedural pointer alias analysis · Practical pointer aliasing analysis · Demand-driven pointer analysis.
This work addresses how much the relative accuracies of different pointer-analysis algorithms affect “transitive” results: the results of a subsequent ...
We see precise analysis that reduces unnecessary memory sharing, leading to average LUT savings of 60% and runtime improvements of 42%. Published in: 2020 30th ...
In this paper, we argue that scalable pointer analyses do produce precise alias information. We are interested in determining whether scalable pointer analyses ...
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Aug 11, 2022 · In this work, we study the effectiveness of the three flavors of pointer analysis namely flow sensitive, flow insensitive, and context sensitive ...
Pointer analysis is an important enabling technology that can improve the precision and performance of many program analyses by providing precise pointer ...
Many design decisions impact both the precision and performance of an analysis; often (but not always) lower precision yields higher performance. These ...
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