multiprocessing
美 ['mʌltɪˌproʊsesɪŋ] 
英 ['mʌltɪˌprəʊsesɪŋ]
- n.多重处理；多机处理
- 网络多处理；多进程；多道处理
英汉解释
英英解释
例句
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。
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。
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）。
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。
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）。
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。
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。
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。
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。
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。
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。
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。
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。
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。
Tightly-coupled multiprocessing refers to chip-level multiprocessing (CMP).
紧密耦合多处理指芯片级多处理（CMP）。
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。
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。
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）。
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。
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。
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。
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）。
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。
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。
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。
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。
If the NUMA ratio is 1, it is symmetric multiprocessing (SMP).
如果NUMA比率为1，则它是对称多处理（SMP）。
This is one way to use PHP to advantage on a multiprocessing host.
这是在多处理器主机中良好应用PHP的一种方法。
Almost by definition, multiprocessing systems are large, and yet major components, the secondary processors are really microcomputers;
根据定义，几乎所有的多重处理系统都有是庞大的系统，它的主要部件即辅助处理器实际上都是微型计算机。
Output Queue Length Performance Counter value is not reliable on computers with Symmetric Multiprocessing (SMP) architecture
采用对称多处理（SMP）体系结构的计算机上的输出队列长度性能计数器值不可靠
The Design Dilemma: Multiprocessing Using Multiprocessors and Multithreading
多重处理的设计选择：多处理器或多线程技术
Tyre Vulcanization Computer Multiprocessing Control System
载重轮胎硫化罐计算机群控系统
Multiprocessing with a fixed number of tasks
固定任务数的多重处理
MFT Multiprocessing with a Fixed number of Tasks
任务数固定的多重处理
Matrix multiplication's algorithm research In multiprocessing machine
多处理机中矩阵乘法的算法研究
Simulate the Multiprocessing Machine on Single Processor
单处理机上模拟多处理机的方法研究
Rubber Vulcanization Intelligent Multiprocessing Control System Based on Fieldbus
橡胶硫化罐现场总线智能群控系统
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。
Test Technique for Multiprocessing Systems Based on TDM Bus
基于TDM总线的多处理器系统检测技术的研究
