图3显示了DB 2进程模型。
DB 2身份验证插件进程模型。
图2显示了Linux和UNIX上新的进程模型。
Figure 2 illustrates the new process model on Linux and UNIX.
这种框架正是所有DB 2服务器都使用的进程模型。
This kind of framework is nothing but the process model used by all DB2 servers.
Linux内核使用的是进程模型，而不是线程模型。
The Linux kernel USES a process model rather than a threading model.
了解了进程模型之后，现在要深入了解这个插件的功能了。
Having covered the process model, you are now ready to delve deeper into plug-in functionality.
NET应用程序有两个相关特性：进程模型和页面对象模型。
There are two relevant aspects in ASP.NET applications: the process model and the page object model.
环境变量的最便利之处在于：它们是UNIX进程模型的标准部分。
One of the handiest things about environment variables is that they are a standard part of the UNIX process model.
图1显示了用于Linux和UNIX平台的旧的DB 2进程模型。
Figure 1 shows the old DB2 process model for the Linux and UNIX platforms.
为了理解DB 2 9.5中新的多线程功能，本文首先讨论DB 2进程模型。
In order to understand the new multithreaded capabilities in DB2 9.5, this article starts with a look at the DB2 process model.
Windows进程模型最多可寻址4GB的内存，如图14中所示。
The Windows process model can address up to 4GB of memory, as shown in Figure 14.
现在，进程模型在所有三个平台上是一样的：Linux、UNIX和Windows。
The process model is the same now across all three platforms: Linux, UNIX, and Windows.
完整的IIS有个按需的工作进程模型和激活系统，可以根据需要启动或是停止工作进程。
The full IIS has an on-demand worker process model and activation system and can bring up and shutdown worker processes on demand.
换句话说，如果你使用的代码不是线程安全的，你需要修复你的代码，或者考虑使用多进程模型。
In other words, if you're using code that is not thread safe, you should either fix that code, or consider moving to the multi-process model.
仿真结果表明，与进程模型建模方法相比，该方法简单高效、可重用性高，具有较高实际应用价值。
Simulation result show that this method is simple, high-efficiency and high reusable, it also has a higher application value, compared with process model modeling method.
将来完全有可能将众多的多进程模型移植到多种平台上，我们已经非常谨慎的预期在1.0代码库中将做出这些修改。
The future is full of possibilities for moving to numerous multi-process models on a variety of platforms, and we have been very careful to anticipate those changes in the 1.0 codebase.
本概述描述z/OS进程模型和其他WebSphereApplication服务器平台之间的区别。
This overview describes the differences between the z/OS process model and the other WebSphere Application server platforms.
而在9.5中，DB2的进程模型得到统一，现在EDU在Linux、UNIX和Windows环境中都是线程。
Now, in 9.5 there is uniformity in the process model of DB2 as EDUs are now thread based on Linux, UNIX, and Windows environments.
该进程模型使得在z/OS环境中有更大的灵活性和集成度，并保持 z/OS 系统操作员所熟悉的服务器界面。
The process model allows a great deal of flexibility and integration with the z/OS environment and maintains the server interface familiar to the z/OS system operator.
有关DB 2进程模型的知识可以帮助确定问题的性质，这是因为这些知识可以帮助理解数据库管理器与其相关的组件如何相互作用。
Knowledge of the DB2 process model can help you determine the nature of a problem, because it helps you to understand how the database manager and its associated components interact.
这篇文章中，我介绍了默认asp.net进程模型的基础知识和IIS级别代码(asp.netISAPI扩展)和工作进程的交互。
In this article, I covered the underpinnings of the default ASP.NET process model, and the interaction between the IIS level code (the ASP.NET ISAPI extension) and the worker process.
除了以上指出的对WebSphereApplicationServerV5进程模型的更改外，还存在着对早期版本中使用的传输所作的相应修改。
In addition to the changes to the WebSphere Application Server V5 process model outlined above, there are corresponding changes to the transports used from prior versions.
它使用一种消息传递模型，以及“进程”来代替线程。
It USES a message passing model and "processes" instead of threads.
角色模型是一种不同的并发进程建模方式。
The actor model is a different way of modeling concurrent processes.
这是一个重要的模型。当进程A自己更新一个数据项之后，它总是访问到更新过的值，绝不会看到旧值。
This is an important model where process a after it has updated a data item always accesses the updated value and never will see an older value.
我们简要地描述了DB 2架构、后台进程、内存模型、安全性、工具等方面。
We briefly described the DB2 architecture, background processes, memory model, security, tools, and so on.
同样，我们还建议您在开始导入进程之前，验证模型的UML遵循程度。
Also, it is advisable to validate the model for UML compliance before beginning the import process.
本文中未涉及的两个重要并发模型是通信顺序进程(CSP)和软件事务内存(STM)。
Two important concurrency models that are not covered in this article are communicating sequential processes (CSP) and software transactional memory (STM).
为了演示前面章节之中描述的进程，我们要使用库的域模型，如图5所示。
To illustrate the process described in the previous paragraph, we will use the domain model of a library, which Figure 5 shows.
每个请求使用一个进程的传统模型称为 prefork。
The traditional model of one process per request is called prefork.
应用推荐