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An enhanced floating point coprocessor for embedded signal processing and graphics applications

机译:用于嵌入式信号处理和图形应用的增强型浮点协处理器

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There has been a marked interest in enhancing general purpose microprocessors to accommodate signal processing, primarily to improve audio and video compression routines and speech recognition algorithms. Presented here are several enhancements incorporated in the ARM VFPv1 floating point architecture which have demonstrated significant performance improvements on critical signal processing kernels. The first implementation of the VFPv1 architecture is the VFP10 floating point coprocessor macrocell. Discussed are the FMAC (floating point multiply-accumulate chained) instructions, a separate load/store pipeline for parallel processing of arithmetic and transfer operations, and SIMD capabilities for most arithmetic instructions designed to take advantage of a new recirculating register file structure.
机译:增强通用微处理器以适应信号处理已经引起了极大的兴趣,主要是为了改进音频和视频压缩例程以及语音识别算法。此处介绍了ARM VFPv1浮点体系结构中包含的多项增强功能,这些增强功能已证明在关键信号处理内核上具有显着的性能改进。 VFPv1架构的第一个实现是VFP10浮点协处理器宏单元。讨论的内容包括FMAC(浮点乘-累加链接)指令,用于算术和传输操作的并行处理的独立加载/存储管线,以及针对大多数算术指令的SIMD功能,这些功能旨在利用新的循环寄存器文件结构。

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