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。
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。
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。
Consolidate the values calculated using SIMD into a single scalar return value. This should be done after the loop finishes.
联合SIMD结算的各个结果到一个标量返回值上。这要在循环结束时完成。
A new address generator of the embeded SIMD coprocessor is introduced in this paper.
文章介绍了一种新的嵌入式SIM D协处理器地址产生器。
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。
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。
The proposed DSP employs parallel processing techniques, such as SIMD, vector processing, DSP schemes and adopts low power features for wireless applications.
提出的DSP采用了并行处理技术，如SIMD、矢量处理和DSP结构，并且采用了无线电应用的低功耗特性。
The framework makes code selection not face single statement but a basic block., expanded the searching space of code selection generated the instructions of SIMD.
该框架使得代码选择面向基本块，而不再是语句，扩大了指令注释的搜索空间，产生了SIMD指令。
A novel16fixed point embedded SIMD array coprocessor which is used to solve low image comprehension is described in the paper.
论文介绍的SIM D协处理器是用于低层图像理解的16位定点嵌入式阵列处理器。
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。
In this process, a unique parallel video processing architecture combined with SIMD and pipeline MISD is proposed. Modules within the coprocessor are designed individually.
该设计提出了一种将常用的并行SIMD结构与流水线MISD结构相结合的新颖并行视频处理体系结构形式。
From the point of view of program structure and program running, the formal definitions about SIMD and MIMD parallelism are presented clearly, which are criteria of extracting program heterogeneity.
从程序结构和程序运行的观点出发，清楚地给出了SIMD,MIMD并行性的形式定义，它是提取程序异构性的依据。
This paper proposes a novel parallel algorithm for template matching of image division block based on a K-ary 2-cube network SIMD computer.
该文提出了一种新颖的在基于K元2 -立方体网络的SIMD计算机上运行的图像分块模板匹配并行算法。
Parallel computer architecture consists of two classifications: simple instruction stream-multiple data stream (SIMD) and multiple instruction stream-multiple data stream (MIMD).
并行计算机体系结构包括单指令流多数据流(SIMD)和多指令流多数据流(MIMD)两种结构。
SIMD optimization is very similar to traditional automatic vectorization for vector processors.
这种优化和传统的针对向量处理器的自动向量化非常类似。
TMS320C80 (MVP) is a recently developed general purpose programmable digital signal processor, which can operate in both SIMD and MIMD concurrent modes.
TMS320C 80 (mvp)作为新一代可编程的通用数字信号处理芯片，它支持SIMD和MIMD两种并行模式。
This paper firstly discusses three types of parallelism in LS SIMD array microprocessor, they are the concurrence of data, the pipelining and the operation in parallel.
首先介绍了L SSIMD阵列微处理器的三种并行性：数据并行、流水线并行和指令的并行执行。
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。
SIMD computer is mostly suitable for high-speed calculation of vectors, and matrix of a large quantity, and image convolution is the most important technology of image processing.
SIMD处理机特别适合于要求大量高速向量或矩阵计算的场合，数据缓存系统和对准网络是它的关键部件。
This is mainly because the flexibility of the data access in multimedia processing and the high dependence of the SIMD technology upon the algorithm regularity.
这主要是由多媒体处理的数据访问的灵活性和SIMD技术对算法的规整性的高度依赖性所导致。
SIMD media processors have been widely known and used in the area of multimedia processing because of their good programmability and high performance.
基于SIMD技术的媒体处理器在多媒体处理领域凭借着其良好的可编程性和高性能而备受关注。
The video digital processor chip XY-VDSP is an SIMD (Single Instruction Multide Data Stream)processor, in which array structure is used.
视频数字信号处理芯片XY VDSP是采用阵列结构的SIMD处理机。
Another feature that many modern processors have is called SIMD, Single Instruction Multiple Data.
另一个功能，许多现代处理器叫做SIMD，单指令多数据。
This, combined with the flexible interface and powerful communication capability of TMS320C40 , made the system be easily configured as SIMD, MIMD parallel and pipeline structures.
电路采用可变结构帧存形式，与两片TMS320C40灵活的外部接口及强大的通信能力相结合，使系统可方便地组织成SIMD、MIMD等并行处理结构及流水处理结构；
For bit rate video application, a rational profile is selected according to analysis of main encoder tools. Fast motion search method and integer transform are implemented by using SIMD technique.
针对低码率应用，分析各编码工具的性能并选取合理编码框架，同时利用单指令多数据(SIMD)技术并行实现快速搜索及整数变换。
As the skin deformation cost largely of computing, a accelerate algorithm is presented which is applicable to GPU with SIMD architectures.
针对皮肤变形算法运算量大的特点，提出一种适用于SIMD架构GPU的加速算法。
Consolidate the values calculated using SIMD into a single scalar return value.
联合SIMD结算的各个结果到一个标量返回值上。
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。
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。
应用推荐