操作系统

Linux with MS-DOS, OS / 2, Windows and other operating systems to coexist on the same machine.

Linux可以与 MS-DOS、 OS/2、 Windows等其他操作系统共存于同一台机器上。

Because of the low efficient and the complex protection mechanism for the single address space, the traditional secure operatingsystems mostly adopt the multi-address space technology as the storage model.

这种安全操作系统在存储模型方面多采取多地址空间构造技术，这是由于单地址空间构造技术保护机制复杂，效率很难提高。

However, I recently found that: Windows Installer prevented it to be a perfect multi-user OS.

然而，我最近发现：Windows Installer让它不再是一个完美的多用户操作系统。

This paper proposes a novel method of enforcing multilevel security in computer networks.

而目前操作系统的安全机制主要考虑单机系统的信息安全，忽视了网络环境下的信息安全。

It is a multiplatform toolkit. It runs on all major operating systems. Including Unix, Windows and Mac.

它是一个多平台的工具包，可以在所有的主流操作系统上运行，包括Unic，Windows和Mac。

The model running environment is developed on a multiple-purpose real-time operating system—Solaris, which implementing the open system standard.

根据现有条件，本文在符合开放系统标准的多用途实时操作系统Solaris上开发了半物理仿真系统中的模型运算环境部分，实现了仿真程序的实时运行。

Hardware support for Multithreading is more visible to software, thus requiring more changes to both application programs and operating systems than Multiprocessing.

硬件支持多线程是可见的软件，因此需要更多的变化都应用程序和操作系统比多处理。

We also discuss the critical problem on designing and realizing the multiprocessor real-time operating system in this chapter.

本章中，我们还讨论了多处理器实时操作系统设计与实现的关键问题。

Based on this, we design and implement a kernel of the multiprocessor real-time operating system-CRTOS II.

在此基础上，设计并实现了一个多处理器实时操作系统CRTOS Ⅱ的内核。

A multiprogramming operating system builds on this base, adding modules to manage processor time, main memory space, and peripheral devices.

多道程序设计的操作系统是建立在处理器时间管理、主存空间管理和外围设备管理等模块基础上的。

Recall that, in the Kolmogorov axiomatization, measurable sets are the sets which have a probability or, in other words, the sets corresponding to yes/no questions that have a probabilistic answer.

延期开工的Kolmogorov宣布要衡量所有套职能有限许多坐标限制在于衡量子寅。换句话说，如果是/否的问题回答f可看的价值观念在许多最有限坐标，然后它有一个概率的答案。

The experimental results showed that the algorithm can filter singular points and remain fixity of the target edge.

实验表明：基于模糊理论的图像智能滤波方法比常规图像滤波方法运算量小，它既能去除奇异点，又能保持图像中目标的边缘不变性，具有很好的滤波效果。