SIMD

网络  单指令多数据结构; 单指令流多 数据流; 单指令流多数据流系统; 单指令多数据; 单指令流多数据流

计算机



双语例句

  1. This is known as SIMD ( single instruction, multiple data), or data parallelism.
    这种技术称为SIMD(单指令,多数据)或数据并行。
  2. The second type of processor element, the SPE, is optimized for running compute-intensive SIMD applications; it is not optimized for running an operating system.
    第二类处理器元素SPE最适于运行计算密集型SIMD应用程序;它不适合运行操作系统。
  3. Shared-memory Multiple SIMD Architecture and Compiler Techniques
    共享主存多SIMD结构及编译技术研究
  4. GPU uses SIMD ( Single Instruction Multiple Data) technology.
    图形处理器使用多流单指令数据流扩展指令集技术。
  5. SSE Streaming SIMD Extensions
    单一指令多数据流扩展
  6. SP3.1 Perform verification on the selected work products. FEU Floating point Execution Unit. This performs floating point related calculations for both existing scalar instructions along with support for some of the new SIMD-FP instructions.
    对指定的工作产品进行验证。如:执行单元测试、成测试、统测试等。FEU浮点执行单元。与支持SIMDFP指令的现有规模指令一起执行浮点相关的计算。
  7. While some features such as SIMD support are backwards-compatible with. NET, runtime supported continuations are exclusive to Mono.
    虽然诸如SIMD支持等特性是向后兼容于.NET的,但运行时支持的continuations却是Mono所独有的。
  8. Parallel Collision Detection Between Deformable Objects Using SIMD Instructions
    基于SIMD指令的柔性物体并行碰撞检测
  9. In the past, successful SIMD and MIMD parallel processors were often special-purpose machines dedicated to a single class of scientific or real-time single processing applications.
    过去,成功的SIMD和MIMD并行处理机通常是指用于科学处理应用或实时信号处理应用的专用计算机。
  10. Audio Decoder Code Optimization Based on Embedded SIMD Processor
    基于嵌入式SIMD处理器的音频解码优化
  11. Data Dependent Control Statement Conversion on SIMD Architecture
    基于SIMD体系结构的数据相关控制语句转化方法
  12. Optimization of AES Encryption and Decryption Based on SIMD Technology for Loongson
    基于龙芯SIMD技术的AES加解密优化
  13. Research of Data-Parallel-Implementation Method of DCT Based on SIMD-PE-Array
    基于SIMDPE阵列的DCT数据并行实现方法研究
  14. In audio applications, the single-instruction, multiple data ( SIMD) mode effectively doubles the processor performance.
    在音频应用中,单指令多数据(SIMD)模式实际上可使处理器性能提高一倍。
  15. A novel multimedia extension architecture was proposed to reduce the time overhead of data permutation caused by conventional SIMD multimedia extension architecture.
    为了减少传统SIMD多媒体扩展体系存在的数据置换时间开销,该文提出了一种新的多媒体扩展体系。
  16. High performance speech vocoder using SIMD coprocessor
    使用SIMD协处理器的高性能声码器
  17. The SIMD machine being widely used now isa popular parallel-processing system.
    单指令多数据流(SIMD)机器是目前一种较为成熟和流行的并行处理系统。
  18. This optimizing compiler's target machine is a Single Instruction, Multiple Data ( SIMD) machine.
    此优化编译器的目标机器是一具有单指令流多数据流体系结构的计算机。为充分利用目标机器的计算能力,此编译器的源语言对C语言有所扩充。
  19. Automatically extracting the simd/ mimd heterogeneity hiding a program
    自动提取程序的SIMD和MIMD异构性
  20. In this paper, we introduce an architecture, referred as Hybrid system, combines both SIMD and MIMD system.
    本文介绍了一种新的包含了MIMD和SIMD两种结构的系统结构,我们称这种新的结构为混合系统。
  21. A whole implementation framework of code selection which is support of SIMD has been advanced.
    提出了一套完整的支持SIMD指令的代码选择技术的实现框架。
  22. Further more, parallel instructions and SIMD instructions are provided to give the processor strong capability of media processing.
    此外还提供了并行指令和SIMD指令,使得处理器具有强大的媒体处理能力。
  23. A fast background subtraction algorithm based on Intel SIMD technology is presented in this paper.
    论文提出一种基于Intel奔腾SIMD指令的快速背景提取方法。
  24. In this paper, we give parallel SVD algorithms for. the Cube and PM2I connected SIMD computers.
    本文给出了在立方体网络、PM2I网络连接的单指令流多数据流(SIMD)计算机上的并行SVD算法。
  25. The result of this research has been applied to a real optimizing and parallelizing compiler for a SIMD chip.
    本文的工作结果已经应用到一个实际的SIMD芯片的优化/并行化编译器中。
  26. It is important to extend the application of LS SIMD computer in non-numeric computation area.
    该研究对于扩展LSSIMD计算机在非数值计算方面的应用有着十分重要的实际意义。
  27. They have been a very attractive interconnection networks for SIMD and MIMD systems.
    因而对SIMD系统或对MIMD系统,它都是一种很有吸引力的互连网络。
  28. Design a 16-bit SIMD adder, a mixed 40-bit adder and a funnel shifter. 3.
    设计实现了16位的SIMD加法器、混合40位加法器和漏斗移位器。
  29. Several loop transformations are applied to exploit the SIMD parallelism in the loops.
    根据多媒体应用的特点,本文实现了一系列循环变换方法来发掘循环中更多的SIMD并行。
  30. For multimedia instruction set, a new algorithm ICG-ME for the generation of SIMD code is proposed.
    面向多媒体指令集,本文提出了一种新的SIMD代码生成算法ICG-ME。