Shared memory provides the fastest method of interprocess communication, because it processes read and write messages at the speed of memory transfers.
共享内存提供了最快的进程间通信方法，因为它以内存传输的速度来处理读写消息。
Any process can write data to a Shared memory region, and the data are readable and modified by other processes.
任何进程都可以向共享内存区域写入数据，并且数据可以由其他进程读取或修改。
In this situation the overhead of a log write at commit time is Shared amongst many applications.
在这种情况下，提交时日志写入的开销会分散到多个应用程序。
Finally, in Figure 4, processes a and B can read and write from the Shared memory segment freely.
最后，在图4中，进程a和B可以随意读写共享内存段。
In order to write about or discuss autism, though, we have to say SOMETHING - and over time, certain "truisms" about autism have been Shared so often that they're assumed to be universally accurate.
然而为了描述或讨论自闭症，我们必须说点什么——随着时间的推移，某些有关自闭症的“真理”经常被分享，以至于人们认定它们普遍都是正确的。
Then we will learn how to write a short paragraph with the help of what has been shared.
然后，我们学习以所分享的词来写一段话。
When starting to work with a shared resource, we set its state to " <token> ", then we operate the read-modify-write only if the token is still the same when we write.
译文：当开始和共享资源交互的时候，我们将它的状态设置成“ <token> ”，然后仅在token没改变的情况下我们才执行“读取-修改-写回”操作。
When starting to work with a shared resource, we set its state to " <token> ", then we operate the read-modify-write only if the token is still the same when we write.
译文：当开始和共享资源交互的时候，我们将它的状态设置成“ <token> ”，然后仅在token没改变的情况下我们才执行“读取-修改-写回”操作。
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