DSP架构、算法和代码生成:裂变还是融合?

R. Simar
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引用次数: 5

摘要

半导体制造工艺的持续显著改进使芯片级的全新信号处理架构成为可能。这些新架构的开发必须与明确定义的目标应用、对适用信号处理算法的彻底分析以及代码生成技术的重大进步相结合、融合。TMS320C6x开发计划涉及VelociTI体系结构、新的代码生成环境和大量代表性基准的共同开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DSP architectures, algorithms, and code-generation: fission or fusion?
Continuing dramatic improvements in semiconductor manufacturing processes are enabling radical new signal-processing architectures at the chip level. The development of these new architectures must be coupled, a fusion, with clearly defined target applications, a thorough analysis of applicable signal processing algorithms, and significant advancements in code-generation technology. The TMS320C6x development program involved the codevelopment of the VelociTI architecture, a new code-generation environment, and a large set of representative benchmarks.
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