逻辑处理器

因为每一个任务都有其自己的逻辑处理器，所以在同一给定的测试期间它会收到相当多的处理器时间。

Because each task can have its own logical processor , it receives considerably more processor time for the same given duration of the test .

Windows的当前版本受制于它能够支持的逻辑处理器的数量。

The current version of Windows has a hard limit on the number of logical processors it can support .

就事论事，一旦计算机使用了超线程，一台计算机具有的逻辑处理器（每个CPU具有X个内核的CPU）就会翻倍。

For the sake of this discussion a computer has ( CPUs X cores per CPU ) logical processors ; double that if using hyper-threading .

后面章节详细介绍了系统的一些接口和控制电路，如大功率数模转换板、滤波器、控制逻辑处理器等等，以及CVI工业控制软件开发环境及WINDOWS编程等软件方面的内容。

In addition , some interface circuits , such as high-power D / A card , filter board , logic-process board and the feature of CVI programming language and WINDOWS programming are also introduced in detail with some chapters .

这相当于在一个芯片或插槽上支持32个逻辑处理器。

This is equivalent to32 logical processors on a single chip or socket .

实时编码的光学逻辑处理器

Optical logic processor by real time coding

基于晶体双折射效应的光学逻辑处理器

Optical Logic Processor Based on Birefraction

提出一种可编程实时光电混合阈值逻辑处理器，讨论了该处理器在数字光计算及光信息处理中的应用。

A programmable real-time optoelectronic hybrid threshold logic processor is presented and the applications to digital optical computing and optical signal processing are discussed .

利用晶体的双折射效应，发展起一种具有紧凑结构的光学逻辑处理器，实现对两个输人图像的所有16种逻辑操作。

Based on the birefraction of crystals , a compact optical logic processor , which can perform all16 logic operations of two input images , is developed .

如果一个系统有2个物理处理器，并且定义了2个操作系统映像，每个映像有2个逻辑处理器，那么这种配置总共有4个逻辑处理器。

If you have a system with two physical processors and you define two operating system images each with two logical processors , this configuration gives you a total of four logical processors .

基于三值逻辑光学处理器实现向量矩阵乘法

Optical vector-matrix multiplication based on ternary optical processor

受到三值逻辑光学处理器结构的启发，提出用该处理器实现二进制向量矩阵乘法，这个新方法能够克服传统光学向量矩阵乘法器结构中存在的一些不足。

Vector-matrix multiplication ( VMM ) is a computation which can be applied in a variety of fields , and optical vector-matrix multiplier ( OVMM ) can exert the parallel feature of optical processing .

通过仿真后证明，用少量的硬件逻辑换来了处理器芯片性能的大幅提高。

A simulation proved that use of a small amount of hardware logic improves the performance of CPU chips substantially .

基于坐标逻辑的形态图像处理器的硬件实现

A hardware realization of morphological image processor based on coordinate logic

执行单元负责处理器的算术逻辑运算，是处理器的核心单元，大多数指令都在这个单元中进行运算操作。

The executing unit charging for arithmetical and logical computing of processor is the kernel of Microprocessor , and most instructions ' computing is carried out in this unit .

其次，指令发射逻辑是超标量处理器中的关键路径，也是制约执行单元为超标量结构的多线程处理器主频提高的关键因素。

Secondly , the issue logic is not only the critical path in a superscalar microprocessor , but also critical to the performance of a multithreaded microprocessor with superscalar execution core .

它负责翻译前端可执行程序中的浮点指令，使得相应逻辑能够在后端处理器上正确执行。

It is responsible for translating floating point instructions of the front-end executable binary program into target instructions of back-end platform , making the corresponding logic to be executed in the back-end processor .

自重构计算系统通过嵌入在可重构逻辑器件内部的处理器完成对系统重构过程的控制，无需调用器件外部的配置端口，能够提高重构性能、减少相关外设。

Self-reconfigurable computing system uses the specific circuits in the reconfigurable logic device to control the reconfiguration process of the device itself without calling for other extern configuration ports , so it can improve reconfiguration performance and reduce the related peripherals .