SIMD architecture enhances advanced DSP chips

John Bond

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SIMD architecture enhances advanced DSP chips

机译：SIMD架构增强了高级DSP芯片

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All advanced DSP chips and cores exploit parallelism and higher throughput by executing multiple instructions per clock cycle. But further performance gains can be achieved by manipulating more data types per instruction. This is the key to a popular strategy called SIMD (single instruction, multiple data) execution. SIMD is especially useful in I/O-intensive applications, such as media processing or multiprocessing, because the architecture lets an I/O write be performed during the same cycle as data and instruction fetches.

机译：所有高级DSP芯片和内核通过在每个时钟周期执行多个指令来利用并行性和更高的吞吐量。但是，通过每条指令处理更多的数据类型可以进一步提高性能。这是称为SIMD（单指令，多数据）执行的流行策略的关键。 SIMD在I / O密集型应用程序（例如媒体处理或多处理）中特别有用，因为该体系结构允许在与数据和指令提取相同的周期内执行I / O写入。

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《Electronic Systems》 |1999年第4期|p.15-16|共2页
作者
John Bond;
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正文语种 eng
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1. On Enhancing SIMD-controlled DSPs for Performing Recursive Filtering [J] . MICHAEL HOSEMANN, GERHARD P. FETTWEIS Journal of VLSI signal processing systems . 2006,第2a3期

机译：关于增强SIMD控制的DSP以执行递归过滤
2. ALGORITHMS AND ARCHITECTURE IMPLEMENTATIONS OF MIMO OFDM BASEBAND RECEIVER BASED ON THE SIMD DSP CORE [J] . Hao Xuefei, Chen Jie, Zhao Danfeng, Journal of Electronics (CHINA) . 2006,第5期

机译：基于SIMD DSP核心的MIMO OFDM基带接收器的算法和体系结构实现
3. ALGORITHMS AND ARCHITECTURE IMPLEMENTATIONS OF MIMO OFDM BASEBAND RECEIVER BASED ON THE SIMD DSP CORE [J] . Hao Xuefei, Chen Jie, Zhao Danfeng, 电子科学学刊（英文版） . 2006,第005期

机译：基于SIMD DSP核心的MIMO OFDM基带接收器的算法和体系结构实现
4. On Enhancing SIMD-Controlled DSPs for Performing Recursive Filtering [C] . Michael Hosemann, Gerhard Fettweis International Workshop on Computer Systems: Architectures, Modeling, and Simulation(SAMOS 2003 and SAMOS 2004); 20030721-20030723 and 20040719-20040721; Samos; GR . 2003

机译：关于增强SIMD控制的DSP以执行递归过滤
5. Implementation of JPEG image compression on the DSP-RAM single-chip SIMD architecture. [D] . Ai, Hua. 2003

机译：在DSP-RAM单芯片SIMD架构上实现JPEG图像压缩。
6. Targeted Interleukin-10 Nanotherapeutics Developed with a Microfluidic Chip Enhance Resolution of Inflammation in Advanced Atherosclerosis [O] . Nazila Kamaly, Gabrielle Fredman, Jhalique Jane R. Fojas, -1

机译：用微流控芯片开发的靶向白介素10纳米疗法可增强晚期动脉粥样硬化的炎症缓解能力
7. Advanced SIMD: Extending the reach of contemporary SIMD architectures [O] . Matthias Boettcher, Bashir M. Al-Hashimi, Mbou Eyole, 2014

机译：高级SIMD：扩展当代SIMD架构的覆盖范围

SIMD architecture enhances advanced DSP chips

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