multiprocessing

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。

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the linux kernel also supports multiprocessing known as symmetric multiprocessing (smp).

Linux内核也支持多处理（multiprocessing），称为对称多处理（SMP）。

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the original powerpc design also focused on floating-point performance and multiprocessing capabilities.

最初的PowerPC设计也着重于浮点性能和多处理能力的研究。

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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。

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the pre-2. 6 scheduler also used a single run queue for all processors in a symmetric multiprocessing system (smp).

在对称多处理系统（SMP）中，2.6版本之前的调度器对所有的处理器都使用一个运行队列。

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db2 also supports symmetric multiprocessing (smp) single or multiple processors within a single system.

DB2还支持在一个单一系统中的单个或多个处理器的对称式多处理（SMP）。

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Note that the subprocess module can also be used to fork processes, albeit in a less sophisticated way than the multiprocessing module.

注意，子进程模块也可用于fork进程，但是实现方式没有多进程模块那么复杂。

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the goal of response-oriented multiprocessing (or parallel processing) is to minimize system response time for computational demands.

面向响应时间的多处理机系统（或并行处理系统）的目标是使完成计算所需的系统响应时间最少。

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high-availability multiprocessing systems are generally interactive, often with never-fail real-time on-line performance requirements.

高利用率的多处理机系统一般是交互式的，而且常要求具有无故障、实时、在线性能。

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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。

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support symmetrical multiprocessing (smp) is a fundamental requirement for modern network operating system.

支持SMP（对称多处理）技术等等都是对现代网络操作系统的基本要求。

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tightly-coupled multiprocessing refers to chip-level multiprocessing (cmp).

紧密耦合多处理指芯片级多处理（CMP）。

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a variety of changes in the dalvik vm, bionic library, and elsewhere add support for symmetric multiprocessing in multicore environments.

Dalvik虚拟机，Bionic库和其它地方均增加了对多核环境中对称多进程处理的支持。

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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。

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the o(1) scheduler also supports multiple processors (called symmetric multiprocessing, or smp).

O（1）调度程序也可以支持多处理器（称为对称多处理器或SMP）。

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the 2. 2 scheduler also included support for symmetric multiprocessing (smp).

调度器还包括对称多处理（SMP）支持。

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it features communications acceleration, chip multiprocessing, and simultaneous multithreading (smt).

它的特色是通信加速、芯片多进程和同步多线程（simultaneousmultithreading，SMT）。

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today, chip-level multiprocessing provides more cpus on a single chip, permitting even greater performance due to reduced memory latency.

现在，芯片级多处理能够在单个芯片上提供更多的CPU，由于减少了内存延迟，因而可获得更高的性能。

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the server has the ability of multiprocessing the requests from the clients.

其中，服务器程序实现了并发处理客户机请求的能力。

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improved multiprocessing performance at high latency when many audiosnap events are present in tracks.

改善了在音轨中有很多音频贴靠事件时的高延迟的多处理性能。

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as stated earlier, most modern processors include support for multiprocessing.

如前所述，大多数现代处理器都包含对多处理的支持。

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figure 5 indicates interrupt controller hardware in a symmetric multiprocessing system (smp system).

图5描述了对称多处理系统（SMP系统）中的中断控制器硬件。

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multiprocessing: a computer system that uses two or more processors that share memory and input and output devices.

多道处理：有两个或两个以上共享内存和输入输出设备的处理器的计算机系统。

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the late 1980s, with the popularity of uniprocessor personal computer systems such as the ibm pc, saw a decline in multiprocessing systems.

世纪80年代末期，随着单处理器个人计算机系统（如IBMPC）的流行，多处理系统的使用呈下降趋势。

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parallel computation is definitely one of the objectives in designing multiprocessing systems.

并行计算肯定是设置多处理系统的目的之一。

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apache 2. 0 introduced the concept of multiprocessing modules, or mpms.

Apache2.0引入了多处理模块（multiprocessingmodule，MPM）的概念。

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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。

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Tightly-coupled multiprocessing refers to chip-level multiprocessing ( CMP).

紧密耦合多处理指芯片级多处理（CMP）。

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This paper presents the principal features of Intel's Pentium Architecture. It includes the description of basic blocks, pipeline structure, instruction pairing rule, floating point unit, on-chip caches and TLBs and the cache consistency protocol for supporting multiprocessing systems.

本文介绍Intel最新产品Pentium体系结构的主要特点，包括它的部件组成、流水线结构、指令配对法则、浮点部件、片上cache与TLB以及支持多机系统的cache一致性协议。

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two processors share the same main emory, forming a multiprocessing system.

两个处理器分享同一个主存，形成了多重处理系统。

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