Unified interprocess communications, even across heterogeneous processes.
统一的进程间通信，即便是跨越不同种类的进程。
Now let's look at using Shared memory and caching of events for interprocess communications.
现在让我们来看一下如何使用共享内存和事件的缓存进行进程间通信。
Shared memory is the fastest of the interprocess communications options available and is quite flexible.
共享内存是速度最快的进程间通信技术，而且非常灵活。
For local interprocess communications, pipes are the most efficient and flexible tool available in Windows.
对本地进程间通信，管道是windows平台上最高效和灵活的工具。
Remoting technologies such as EJB or CORBA mistakenly attempted to apply O-O principles to interprocess communications.
诸如ejb或CORBA这样的远程技术错误之处在于，试图将OO原则应用到进程间通信上。
Interprocess communications: Learn more about how Shared memory and other forms of interprocess communication are implemented.
进程间通信：进一步了解共享内存和其他进程间通信形式是如何实现的。
RedHawk Linux, well suited to time-critical applications, delivers fast response to external events, optimized interprocess communications, and high input/output throughput.
红鹰Linux操作系统最适应时敏应用，对外部的事件提供更快的响应、更好的进程间通信、更高的输入/输出吞吐量。
RedHawk Linux, well suited to time-critical applications, delivers fast response to external events, optimized interprocess communications, and high input/output throughput.
红鹰Linux操作系统最适应时敏应用，对外部的事件提供更快的响应、更好的进程间通信、更高的输入/输出吞吐量。
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