1) virtual unit address
虚拟设备地址
2) virtual unit address
设备虚址
3) virtual address
虚拟地址
1.
The methods of translating virtual address to actual address by first-level page table and the second-level page table are described too.
使用ARM中内存管理单元MMU部件提供的功能,分析了ARM MMU中所创建的页和页表的特点、类型,给出页表中不同描述符的类型格式以及使用一级页表和二级页表将虚拟地址转换为物理地址的方法和过程。
2.
In order to optimize performance, including speed and the usage of its memory, CPU usually hires a Translation Lookaside Buffer(TLB) to translate the virtual address into physical address.
为了提高 CPU的速度和更有效的管理物理内存 ,一般都采用转换查找缓冲器 (TLB)将虚拟地址转换为物理地址。
3.
The ways of bus-competing and virtual address accessing are also analyzed.
针对ARM9处理器专用总线扩展时存在总线竞争以及Windows CE系统下的应用程序不能直接访问外设物理地址等问题,以S3C2410处理器通过HPI接口扩展TMS320VC5402型DSP为例,提出了一种专用总线设计方法,并对防止总线竞争和Windows CE系统下总线设备的虚拟地址编程访问进行了详细分析。
4) Virtual equipment
虚拟设备
1.
Design and implementation of virtual equipment and simulation system based on Java;
基于Java的虚拟设备仿真系统的设计与实现
2.
The research on virtual equipment and simulating system for microwave technique experiment is presented in this paper The necessity for virtual equipment and the simulating system is discussed The modeling of mathematics and basic means of achievement for virtual experiment are introduce
本文作者第一次提出了用于微波技术实验教学的计算机虚拟设备和实验仿真系统的研究方法 ,讨论了实现微波技术实验教学虚拟设备和仿真系统的必要性 ,介绍了微波技术实验虚拟现实的数学模型的建立和基本的实现手
3.
On virtual beer bottling production line is studied, on the large-scale virtual equipment and bottling production line is researched from the aspects of construction process and mold.
以虚拟啤酒灌装生产线为研究对象,对大型虚拟设备及灌装生产线的构建过程、模式方法进行了探讨和研究。
5) virtual device
虚拟设备
1.
Approach for modeling virtual device library in VLAB;
VLAB中虚拟设备库建模方法的研究
2.
Application and implementation of Linux virtual device in EPON system;
Linux虚拟设备在EPON中的应用与实现
3.
Meanwhile, introduce concept ofvirtual device logic to realize macro-decoupling of logic conceptand micro-decoupling of soft module, extensibility and stabilityof software are highly increased.
同时,引入虚拟设备逻辑概念,实现宏观的逻辑概念解耦与微观的软件模块解耦,极大地提高了软件的易扩展性和稳定性。
6) dummy-address-page
虚拟地址页
1.
The design makes use of grey code as its address code and generates flag bit by dummy-address-page.
采用格雷码作为地址编码,引入虚拟地址页来产生标志位。
补充资料：净化设备——混凝设备
净化设备——混凝设备    | |
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条