流寄存器分配

P. Raghavan, F. Catthoor
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引用次数: 0

摘要

嵌入式系统的低功耗设计标准导致了许多创新的架构。最近出现的核心架构变化之一是流寄存器。这些架构已被证明既节能又高效。然而,代码必须有效地映射到它们上,以最大限度地利用它们的潜力。本文介绍了一种在流寄存器上编译C代码的新技术。该技术不仅利用阵列的时间局部性,而且利用空间局部性来映射流寄存器上的代码。本文提出的流寄存器分配(SARA)技术不仅具有良好的映射效率,而且在实际应用中具有可扩展性。
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SARA: StreAm register allocation
Low power design criteria for embedded systems have lead to many innovative architectures. One of the core architectural changes that have come in the recent past are streaming registers. These architectures have been shown to be both power efficient and performance efficient. However code has to be efficiently mapped on them to make maximal use of their potential. This paper introduces a novel technique for compiling C code on streaming registers. The proposed technique not only uses the temporal locality in arrays but also spatial locality to map code on streaming registers. The proposed Stream Register Allocation (SARA) technique is also shown to provide good mapping efficiency as well as it is shown to be scalable on realistic applications.
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