共享内存 - 翻译成英语

• shared memory
• share memory
• shared-memory

在 中文 中使用 共享内存 的示例及其翻译为 英语

为了同时安全使用共享内存，可以使用许多锁定机制（互斥锁和信号量）。
To allow simultaneous safe use of shared memory, a number of locking mechanisms are available(mutexes and semaphores).

Multiprocessing就可以将所有张量通过队列发送,或通过其它机制共享,移动到共享内存.
Multiprocessing to have all the tensors sent through the queues or shared via other mechanisms, moved to shared memory.

在某些情况下，这为管理成本较低的共享内存架构提供了一个优势。
In some cases this provides an advantage to shared memory architectures with lower administration costs.

Multiprocessing使得所有的tensors通过队列发送或者使用其它共享机制,移动到共享内存.
Multiprocessing to have all the tensors sent through the queues or shared via other mechanisms, moved to shared memory.

在所有情况下，内存重新映射在哪里用于分配内存，进程，这是共同的许多PAE变形，共享内存是有问题的。
In all cases where memory remap is being used for allocating memory to processes, which is common to many PAE variants, memory sharing is problematic.

共享内存是最快的进程间通信机制。
Shared memory is the fastest interprocess communication mechanism.

还包含共享内存，P线程，图象加工，搜索和优化。
Also covers shared memory, Pthreads, image processing, searching, and optimization.

另外还有一些类用于灵活地管理进程间共享内存。
There are also classes to flexibly manage inter-process shared memory.

有关保护Unix上共享内存连接的信息，请参见常规安全提示。
For information about securing shared memory connections on Unix, see Security tips.

例如：电影编辑器持有包含电影时间线的一大段共享内存。
For example: a movie editor might hold a big portion of shared memory containing the video timeline.

但是，我们需要在读取和写入共享内存的进程之间进行某种同步。
However, we need some kind of synchronization between processes that read and write shared memory.

高之间共享内存的进程可以引入相当复杂一点的API和执行。
Sharing high memory between processes can introduce quite a bit of complexity into the API and the implementation.

此外，我们还将讨论何时以及如何在COMSOL软件中使用共享内存。
You will also learn when and how to use shared memory with COMSOL.

要使用共享内存模型，需要两/多个进程都同意取消这一限制。
Shared memory requires that two or more processes agree to remove this restriction.

在非控制台终端上运行的客户端无法通过共享内存进行连接。
Clients running on non-console terminals cannot connect over shared memory.

由于要使这种细粒度的并行更快，通常需要在内核之间共享内存。
Because to make this fine-grained parallelism fast, you usually need to share memory between the cores.

这些进程没有共同点，没有共享内存，只能通过发送自己的消息进行通信。
These processes have nothing in common, share no memory and can only communicate by sending themselves messages.

共享内存类似于多所有权：多个线程可以同时访问相同的内存位置。
Shared memory concurrency is like multiple ownership: multiple threads can access the same memory location at the same time.

在Linux上线程和进程大致相同，主要区别在于它们共享内存的程度。
(From the Linux OS perspective, threads and processes are mostly identical; the major difference is the degree to which they share memory.).

为了使这种细粒度的并行性快速实现，您通常需要在内核之间共享内存。
Because to make this fine-grained parallelism fast, you usually need to share memory between the cores.