Part 1 deals with processes and threads.
第1部分涉及的是进程和线程。
Normal or regular processes and threads.
普通的或者常规的进程和线程。
In Part 1, we dealt with processes and threads.
在第1部分中，我们已经对进程和线程进行了讨论。
Time-critical and real-time processes and threads
对时间要求严格的和实时的进程和线程
Memory architecture, background processes and threads.
内存架构、后台进程和线程。
This is an important distinction between processes and threads.
这就是进程和线程的重要区别。
The number of processes and threads that can be created inside a WPAR.
可以在WPAR中创建的进程和线程数量。
A computer system normally has many active processes and threads.
一个计算机系统在正常情况下会具有很多活动的进程和线程。
It is important to first define the differences between processes and threads.
首先弄清进程和线程之间的区别，这一点是非常重要的。
Describes what processes and threads are and what the MFC approach to multithreading is.
描述什么是进程和线程以及MFC的多线程处理方法是什么。
Instance Level: These are processes and threads that are initialized when an instance is started.
实例级：这些进程是在实例启动时初始化的。
The Linux system call setpriority() is used to set or modify priority levels for normal processes and threads.
使用 Linux系统调用setpriority()来设置或者修改普通进程和线程的优先级层次。
Besides processes and threads, the security software usually relies on various files and registry entries.
除了进程和线程，安全软件通常依赖于各种文件和注册表记录。
This means that while multiple processes and threads can read from the same database at the same time, only one is able to write.
这意味着当多个进程和线程可以在同一时间从同一数据库读取数据，但只有一个可以写入数据。
In user space, the term process is typically used, though the Linux implementation does not separate the two concepts (processes and threads).
在用户空间，通常使用进程这个术语，不过Linux实现并没有区分这两个概念(进程和线程)。
Next we'll look at the memory architecture, background processes and threads, and will compare and contrast the way they are used in Oracle and DB2.
接下来，我们来看看内存架构、后台进程和线程，比较一下在Oracle和DB 2中使用它们的方式。
To provide effective process control on your system, it is imperative that you understand the definition of processes and threads and the difference between them.
要在系统上提供有效的进程控制，您必须了解进程和线程的定义以及二者之间的区别。
But today's computers typically have a large number of processes and threads running at the same time, and often have multiple processors executing different programs simultaneously.
但是，当今的计算机通常需要同时运行大量的进程和线程，经常还会有多个处理器确实在同时运行不同的程序。
Threads are sometimes called lightweight processes. Both processes and threads provide an execution environment, but creating a new thread requires fewer resources than creating a new process.
线程通常被看为一个轻量级的进程，进程和线程都有一个运行的环境，但是建立一个线程需要的资源更少。
See Processes and Threads, later.
参见后面的进程与线程。
A filter causes a breakpoint to be set on specified computers, processes, and threads.
通过筛选器，可以将断点设置在指定的计算机、进程和线程上。
A breakpoint filter limits the behavior of a breakpoint to specified computers, processes, and threads.
中断点筛选条件会限制指定之电脑、处理序和执行绪的中断点行为。
A breakpoint filter limits the behavior of a breakpoint to specified computers, processes, and threads.
中断点筛选条件会限制指定之电脑、处理序和执行绪的中断点行为。
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