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Defining a process for rapid processor selection and algorithm development

机译:定义用于快速处理器选择和算法开发的过程

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The digital world is undoubtedly upon us. With so many ground breaking digital technologies in the consumer space, from iPads to 3-D TV's, it is clear that innovation is the key to success in today's market. Some might say, more important than innovation is the ability to take an idea from concept to prototype and from prototype to production in a timely manner, ideally less than two years. As Moore's Law continues to hold true, the window of opportunity to get a product to market is shrinking and engineers need to be smarter about their processor selection. Cost is not always the key to success. Software portability is increasingly important, coupled with familiarity of tools and development environment. With these thoughts in mind, the following paper addresses the engineering need to rapidly prototype key algorithms across a selection of processor architectures (ARM, DSP, System-on-Chip (SoC)), using standard benchmarking techniques in a familiar IDE.
机译:数字世界无疑在我们身上。从iPad到3D电视,在消费领域有如此众多的突破性数字技术,很明显,创新是当今市场成功的关键。也许有人会说,比创新更重要的是能够及时地将一个想法从概念移植到原型,再将原型从原型移植到生产的能力,理想情况下是不到两年。随着摩尔定律继续成立,将产品推向市场的机会之窗正在缩小,工程师需要在处理器选择方面更加明智。成本并不总是成功的关键。软件的可移植性变得越来越重要,再加上对工具和开发环境的熟悉。考虑到这些想法,以下论文满足了工程学上的需求,即在熟悉的IDE中使用标准基准测试技术,在各种处理器体系结构(ARM,DSP,片上系统(SoC))中快速构建关键算法的原型。

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