质量对软件性能的影响

U. Corrêa, L. F. Millani, A. C. S. Beck, L. Carro
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引用次数: 1

摘要

如今,市场需求对计算机科学提出了新的挑战,需要越来越多的计算能力来处理越来越复杂的应用。嵌入式系统代表了这些新的复杂系统的很大一部分。这种情况促进了在嵌入式系统上采用先进的硬件平台。然而,嵌入式软件开发并没有以同样的速度发展。尽管在嵌入式开发中已经采用了高级技术,但对它们对物理约束的影响仍然缺乏了解,而物理约束在嵌入式领域中是极其重要的。本文分析了在不同处理器组织上运行的面向对象(OO)和过程实现。我们证明,对于未来的嵌入式处理器来说,老式过程代码比面向对象代码的优势并不能证明延迟上市时间的风险是合理的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Quality Impact on Software Performance
Nowadays, market needs pose novel challenges to computer science requiring increasingly computational capacity to deal with more and more complex applications. Embedded systems represent a large slice of these new complex systems. This scenario promoted the employment of advanced hardware platforms on embedded systems. However, embedded software development has not progressed at the same pace. Although high-level technologies have been employed in embedded development it still lacks of understanding about their impact on physical constraints, which are extremely important on embedded domain. This paper analyzes Object Oriented (OO) and procedural implementations running on different processor organizations. We demonstrate that for the future embedded processors the gains of the old-fashioned procedural code over OO code do not justifies the risks of delayed time-to-market.
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