But passing messages between cores is much more time-consuming than executing computations on a given core, and it ends up eating into the gains afforded by parallel execution.
但是在处理器间传递信息比在某一处理器上进行运算要费时得多，这样下来，进行平行运算的优势就没有了。
What counts more when CUDA kernel speed execution is of vital importance? The frequency of the cores or the number of the SMs?
更重要的在CUDA内核执行速度是至关重要的？核心的频率或短信的数量吗？
The RISC-based processor is scalable to thousands of cores on a single chip, and can sit alongside CPUs to provide real-time execution of diverse applications.
此款基于RISC的处理器可将成千上万个核心集成在一片芯片上，可以协同CPU一起实现各种应用的实时执行。
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