The advent of multi-core processors offers new performance opportunities.
多核处理器的降临带来了新的性能潜力。
Accelerator V2 offers API for executing parallel instructions on multi-core GPUs and also multi-core processors.
AcceleratorV2提供API以便在多核gpu和多核处理器上执行并行指令。
These efficiencies are even more pronounced in today's high-performance, multi-core processors systems with large amounts of memory and disk storage.
这些效率在如今具有大量内存和磁盘存储的高性能、多内核处理器系统中更加明显。
These sorts of applications are characterized by large amounts of live heap data and considerable thread-level parallelism, and are often run on high-end multi-core processors.
这类应用的特点是存在大量活跃堆数据和线程级别的并发，并且往往运行在高端多核处理器上。
This article describes the structure of multi-core processors, parallel programming methods and tools for performance tuning.
文章介绍了多核处理器的架构、并行程序设计方法以及性能调优工具。
What's the architecture difference between these multi-core processors?
这些多核处理器体系结构之间的差异是什么？
Constructing a high performance computer system based on multi-core processors has become a mainstream means.
使用多核处理器已成为构建高性能计算机系统的主流方式。
This paper has analyzed similarities and differences between the multi-core processors and the symmetric multi-processor.
本文因此分析了多核处理器与对称多处理器异同。
When the on-board microprocessor has a fault, it needs a low-cost, efficient way to achieve how to judge fault, locate fault, remove fault in multi-core processors.
当星载微处理器系统发生故障后，如何在多核处理器中判断故障、定位故障、剔除故障，需要一种低成本、高效率的方法予以实现。
However, the parallelism of multi-core processors didn't certainly bring the improvement of performance, but would make the resource contention problem more intense.
但是，多核处理器的并行性并不肯定会带来性能的提高，反而可能会加剧多线程资源争用问题。
Multi-core processors, where a single CPU chip has several processors sharing resources, are here to stay.
现在出现了多核处理器，它是单个CPU片拥有共享资源的多个处理器。
Multi-core processors, where a single CPU chip has several processors sharing resources, are here to stay.
现在出现了多核处理器，它是单个CPU片拥有共享资源的多个处理器。
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