The hardware context is a subset of the process execution context, which includes all information needed for the process execution.
硬件上下文是进程执行上下文的子集，进程执行上下文包括了进程执行的所有信息。
However, it is not possible to optimize a hardware context switch, while there might be room for improving the current switching code.
然而，不可能优化硬件上下文切换，而改进当前的软件切换代码还有空间。
The set of data that must be loaded into the registers before the process resumes its execution on the CPU is called the hardware context.
这些数据，必须在进程唤醒之前被装载到寄存器，称为硬件上下文。
The hardware context switch mechanism was adopted by MPC8250. It makes interrupt responding time of MPC8250 has less relativity with operation system.
MPC8250采取了基于硬件的中断现场保护机制，系统中断响应时间与所采用操作系统相关性较小。
In the context of this article, an operating system running directly on hardware is a physical (or non-virtualized) system.
在本文的背景下，在硬件上直接运行的操作系统是一个物理系统(或者“非虚拟化系统”)。
The hardness of this approach depends mostly on the CPU interrupt structure and context-switch hardware support.
这种方法的硬度主要取决于CPU中断结构和环境转换的硬件支持。
KVM operates in the context of Linux as the host but supports a large number of guest operating systems, given underlying hardware virtualization support.
KVM在Linux环境中以主机的方式运行，不过只要底层硬件虚拟化支持，它就能够支持大量的来宾操作系统。
In this paper, the overall design of the RF card reading equipment has no specific application context. Both hardware and software systems were module designed.
本设计没有针对具体的应用背景，在系统硬件及软件两方面都作了模快化设计。它相对于其它射频读写设备还有如下特点。
After the detailed analysis of EBCOT algorithm and pass-parallel coding technique, a dual context window bit-parallel coding method and its architecture for hardware implementation are proposed.
通过研究EBCOT编码原理和通道并行算法的编码过程，提出了双上下文窗口位并行的EBCOT系数位建模方法，详细说明了使用该算法的系数位建模系统的硬件结构。
A method on which common IBM-PC computers are used as equipments for radar test data recording and processing is introduced. The context is divided into two parts: hardware and soft - ware.
本文介绍了一种利用IBM—PC通用计算机作为雷达校飞数据记录和处理设备的方法，分硬件和软件两部分进行介绍。
Based on geographical and spatial database and supported by computer hardware and software context, GIS implements to acquire, manage, operate, analyze, simulate and display spatial data.
它以地理空间数据库为基础，在计算机硬、软件环境的支持下，对空间相关数据进行采集、管理、操作、分析、模拟和显示。
Finally, this thesis summarizes the context and constructs an underwater optical vision based target recognition system using definite hardware and software.
论文最后利用一定的硬件平台和相关的软件体系构建了一个水下光视觉目标识别系统。
Finally, this thesis summarizes the context and constructs an underwater optical vision based target recognition system using definite hardware and software.
论文最后利用一定的硬件平台和相关的软件体系构建了一个水下光视觉目标识别系统。
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