It USES a message passing model and "processes" instead of threads.
它使用一种消息传递模型，以及“进程”来代替线程。
Message passing model has widely been adapted as a standard information transmission between processing elements in practical parallel programs.
消息传递模型作为一种处理单元间标准信息传输方式在实际并行程序中广为采用。
All these attempts are based on a message-passing communication model.
所有这些尝试都基于一个消息传递通信模型。
At first, it may feel like the spawned thread isn't responding to the messages quickly enough, but remember, in an actors model, you don't deal with threads, per se, just message passing.
初看上去，似乎是生成的线程无法足够快地响应消息，但是要记住在actor模型中并不处理线程，只处理消息传递。
This model is based on message passing, and is somewhat similar to the actor model used in Erlang and Scala.
这个模型建立在消息传递的基础上，并且与Erlang和Scala中的actor模型有点类似。
The actor approach may not be the best solution for all concurrency problems, but it does provide an excellent way to model problems that involve message passing.
actor方法也许不是针对所有并发性问题的最佳解决方案，但是它确实提供了很好的方式来建模涉及消息传递的问题。
The actor model facilitates concurrent programming by allowing a safer mechanism for message-passing between processes (or actors).
角色模型支持采用一种更安全的机制来在进程（或角色）之间进行消息传递，极大地方便了并发编程。
Explicit message passing is supported in SBMD model between loops in program.
SBMD模型支持程序中循环体间显式的消息传递。
The Go authors chose a message-passing model as their recommended method for concurrent programming. The language does still support Shared memory, however the authors have the following philosophy.
Go的作者选择了消息传递模型来作为推荐的并发编程方法。
Secondly, on the parallel computer system, we implement the compile, connection and running of the message passing parallel program model MPICH.
其次实现了消息传递并行编程模型MPICH在并行计算机上的编译、链接与运行。
This paper focuses on the description of mental imagery, method, message passing mechanism and discusses some interesting characteriStics under this model.
本文着力于对它的心象、方法、消息传递机制的描述，并探讨该模型下的几个有趣的特征。
Message Passing Interface (MPI) is the most commonly used parallel programming model, and collective communications is an important part of the MPI standard.
消息传递接口（MPI）是最常用的并行编程模型，而群集通信又是MPI中的重要组成部分。
Due to the self-similarity in radial direction of the grid system, SIP-CESE model has also been parallelized by using the Message Passing Interface (MPI).
同时，依据网格系统在径向方向上的自相似性，利用MPI库函数对模式进行了并行化。
Due to the self-similarity in radial direction of the grid system, SIP-CESE model has also been parallelized by using the Message Passing Interface (MPI).
同时，依据网格系统在径向方向上的自相似性，利用MPI库函数对模式进行了并行化。
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