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Analysis of compiler optimization techniques by using feature mining technique

机译:利用特征挖掘技术分析编译器优化技术

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Different compilers offer different kind and different level of optimization techniques. These days, scale of applications is increasing rapidly. This increase in scale demands more complex applications to be developed. This results in imbalance of resource capability and application demand. To take maximum of existing resources, compiler optimization techniques are used. There are existing compiler optimization techniques for single core processors. But use of these optimization techniques requires expert level knowledge. Optimization of Compiler means minimization or maximization or various objectives. These objectives may be latency, size, power requirement etc. Importance of these objectives may vary from one application to other. This paper illustrates analysis of existing optimization techniques, which are available for single core processor systems. The speed-up analysis of different applications is performed and architecture level features are extracted. Analysis graphs are generated at the end to show effect of various program features on applicability of optimization techniques.
机译:不同的编译器提供不同种类和不同级别的优化技术。如今,应用程序规模正在迅速增加。规模的增长要求开发更复杂的应用程序。这导致资源能力和应用程序需求不平衡。为了最大程度地利用现有资源,使用了编译器优化技术。现有的针对单核处理器的编译器优化技术。但是,使用这些优化技术需要专家级的知识。编译器的优化意味着最小化或最大化或各种目标。这些目标可能是延迟,大小,功率要求等。这些目标的重要性可能因一个应用程序而异。本文说明了对现有优化技术的分析,这些技术可用于单核处理器系统。执行不同应用程序的加速分析并提取体系结构级别的功能。最后生成分析图,以显示各种程序功能对优化技术的适用性的影响。

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