SMP, or symmetric multiprocessing.
即对称多处理(symmetricmultiprocessing)。
Apache 2.0 introduced the concept of multiprocessing modules, or MPMs.
Apache 2.0引入了多处理模块(multiprocessing module, MPM)的概念。
That's the idea behind tightly-coupled multiprocessing (also called multi-core computing).
这正是紧密耦合多处理（也称作多核计算）背后的思想。
The two major techniques for throughput computing are multiprocessing and multithreading.
这两大技术的吞吐量计算的多重和多线程。
An increasing number of OSs today support multiprocessing, multitasking and multithreading.
目前，越来越多的OS可支持：多处理，多任务，多线程功能。
The multiprocessing system is one of the most important parts of infrared imaging and detecting systems.
引言多处理器系统作为红外成像探测系统的重要组成部分，主要完成红外图像处理和目标检测。
The py.test tool not only supports a multiprocessing option (-n) for running on several CPU cores like zope.testing.
test工具支持一个多处理选项(- n)，可以像zope . testing一样在多个CPU核上运行测试。
I realize that there are a number of questions on multiprocessing, but so far I haven't been able to solve this issue.
我知道有一些问题在多处理器，但到目前为止我没能解决这个问题。
Such hardware may not be suited to multiprocessing, a large memory footprint, or significant demands on physical storage.
这类硬件可能不支持多处理、大量内存占用或对物理存储的大量需求。
Before discussing the application of multiprocessing in Linux, let's take a quick look back at the history of multiprocessing.
在开始讨论Linux中的多处理应用程序之前，我们先来快速地回顾一下多处理的历史。
But now, twenty years later, multiprocessing has returned to these same personal computer systems through symmetric multiprocessing.
但是到了二十年后的现在，多处理利用对称多处理技术又回到了个人计算机系统中。
Multiprocessing Services Multiprocessing Services is a legacy C-based interface used by applications transitioning from older versions of Mac OS.
多处理服务是一个遗留基于c的接口所使用的应用程序，从老版本的MacOS过渡。
Also, with the work done on introducing multiprocessing capabilities to the JVM (see Resources) came the requirement for user-based access control.
同时，随着在JVM中引入了多进程能力(请参阅参考资料)，出现了对基于用户的访问控制的要求。
Using optical interconnects instead of electronic interconnects has potential advantages in the communication of multiprocessing computer systems.
用光互连取代电互连实现多处理机系统的互连通信具有潜在的优势。
On a single integrated circuit, multiple chips, Shared memory, and an interconnect form a tightly integrated core for multiprocessing (see Figure 4).
在一个集成电路中，多个芯片、共享内存以及互连形成了一个紧密集成的多处理核心(参见图4)。
The business logic is implemented in user-definable functors that only work on logical record processing and aren't concerned with multiprocessing issues.
这里的业务逻辑是由用户自定义的函数子实现，并且这些函数子只能用在逻辑记录处理的工作上，而不用关心多个处理操作的问题。
In a multiprocessing environment, the processing time for a thread is related to the availability of system resources and synchronization with other threads.
在多处理环境中，线程的处理时间与可用系统资源以及与其他线程的同步有关。
While the multiprocessing module was used as an easy way to explain MapReduce, this exact code can be slightly modified to run on some other MapReduce cloud.
使用多处理模块是为了便于解释MapReduce，但是这段代码只需稍加修改，就可以在其他一些mapreduce云上运行。
Intel has been talking up a storm with its tools, evangelizing both traditional symmetric multiprocessing across multicore CPUs as well as GPU-enhanced computing.
因特尔已经开始利用它的工具大谈特谈，宣传通过多核cpu和增强型gpu的计算进行传统的对称多处理。
It also permits emulation of advanced concepts, such as symmetric multiprocessing systems (up to 255 CPUs) and other processor architectures, such as ARM or PowerPC.
它还允许实现高级概念上的仿真如对称多处理系统多达255个CPU和其他处理器架构如arm和PowerPC。
In reality, throughput is affected by a large number of variables including message arrival rate, message processing time, multiprocessing and scheduling, and resource constraints.
实际上，吞吐量受到很多因素的影响，包括消息到达的速度、消息处理时间、多处理和调度、资源约束等。
Today, multiprocessor systems are cheap and plentiful, nearly every major microprocessor has built-in support for multiprocessing, and many support dozens or hundreds of processors.
现在，多处理器系统很便宜，而且数量很多，几乎每个主要微处理器都内置了多处理支持，其中许多系统支持数十个或数百个处理器。
The multiprocessing DSP systems are very fit for radar signal processing. Now we take the radar signal processor as an example to introduce the application of ADSP21060 in this paper.
由多个ADSP21060处理器组成的并行系统非常适合于雷达信号的实时处理，本文以笔者设计的脉冲多普勒雷达实时信号处理器为例对ADSP21060的应用进行了介绍。
In the implementation, we used the multiprocessing method in QNX to analyze the general flow chart of system, and divided the realization of dual downstream channel into three modules.
在具体实现上采用了QNX的多进程编程思想，对整个系统的流程进行了分析设计，将双下行信道的实现分为三个大的模块进行讨论。
On the other side are the technological advances made in the platform, including architectures (multiprocessing, symmetric multithreading, non-uniform memory access [NUMA]) and virtualization.
另一方面，它要考虑平台方面的技术进步，包括架构（多处理、对称多线程、非一致内存访问 [NUMA] 和虚拟化）。
On the other side are the technological advances made in the platform, including architectures (multiprocessing, symmetric multithreading, non-uniform memory access [NUMA]) and virtualization.
另一方面，它要考虑平台方面的技术进步，包括架构（多处理、对称多线程、非一致内存访问 [NUMA] 和虚拟化）。
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