Linux USES the pthread library call pthread_create to spawn a thread.
Linux使用pthread库调用pthread_create来派生线程。
In other words, the system allocates at least 10mb of private storage for each pthread.
换言之，系统为每个pthread分配至少10MB的专用存储。
Pthread -qthreaded or _r invocation mode Creates programs running in a multithreaded environment.
pthread- qthreaded或_ r调用模式创建在多线程环境中运行的程序。
I further tested this simple Pthread code on the PPE to see how it scales with an increasing number of threads.
我在PPE上进一步测试了这个简单的Pthread代码，以此了解随着线程数量的增加它的性能变化情况。
In libspe2, the operation is synchronous, so if you want to run a thread in the background, you have to make your own pthread calls.
在libspe2中，这个操作变成同步的了，因此您可能会希望在后台运行一个线程，并发出自己的pthread调用。
Instead of providing an abstraction of logical SPUs, this interface is thread-oriented and behaves in a similar way to the pthread library.
这个接口并不是提供一个逻辑spu的抽象，而是面向线程的，它的工作方式与pthread库类似。
TestThread itself is a Pthread that runs using first-in, first-out (FIFO) policy at rtmax-1 so that it won't be interfered with during the testing.
testThread本身是一个Pthread，它使用先进先出(FIFO)策略以rtmax - 1优先级运行，所以它在测试期间不会造成干扰。
This gives us all sorts of exciting new things to deal with; in particular, a linked list of JPEG files that are queued for uploading and some pthread code.
这会导致需要处理一些新的事情，特别是，针对上传进行排列的JPEG文件链接列表和一些pthread代码。
Also, rt-mutexes extend the priority-inheritance protocol to robust mutexes, which allows the rt JVM to rely on priority-inheritance behaviour via the pthread library.
同样，rt - mutexes对优先级继承协议扩展了健壮的互斥锁，后者允许rtJVM通过pthread库依赖优先级继承行为。
Sequential iteration: the Fibonacci sequence code is called iteratively multiple times to match the number of workers that were executed in the SPE and Pthread tests above.
序列迭代：多次调用Fibonacci序列代码，从而与上面的SPE和Pthread测试中执行的工作者线程匹配。
Sequential iteration: the Fibonacci sequence code is called iteratively multiple times to match the number of workers that were executed in the SPE and Pthread tests above.
序列迭代：多次调用Fibonacci序列代码，从而与上面的SPE和Pthread测试中执行的工作者线程匹配。
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