但是，显然也可以用于多核运算。
避免为多核芯片制定过高的价格。
提高了在多核CPU上运行的性能。
多核处理器的降临带来了新的性能潜力。
The advent of multi-core processors offers new performance opportunities.
对多核机器的并行构建支持
Dean说：“我们确实喜欢多核机器。”
最后的两个章节着重于多核计算机的程序设计。
The final two chapters focus on programming multicore computers.
模拟时间模式以帮助支持多核程序的时间计算。
Simulated time mode for animation to help support time calculations on multicore applications.
避免为不同的多核芯片采用不同的许可证机制。
过去几年的另一个主要趋势是向多核芯片的过渡。
The other major trend of the past few years has been the move to multi-core chips.
对于服务器本身，Google喜欢多核芯片配置。
As to the servers themselves, Google likes multicore chips, those with many processing engines on each slice of silicon.
在多核芯片中，多个核心可能缓存着同一数据的副本。
In multicore chips, however, multiple cores may have cached copies of the same data.
多核心处理器在消耗更少的电的同时还能增加运算能力。
Multiple-core processors increase computing power while using less electricity.
这正是紧密耦合多处理（也称作多核计算）背后的思想。
That's the idea behind tightly-coupled multiprocessing (also called multi-core computing).
它提供使用各种多核芯片和虚拟化技术所需的许可证粒度。
It provides the licensing granularity needed to leverage various multi-core chip and virtualization technologies.
为多核服务器提供最新的共享内存MS -MPI实现。
New Shared memory MS-MPI implementation for multicore servers.
Sutter还提到并发编程将使开发人员能够利用多核架构。
Sutter also noted that concurrent programming would allow developers to take advantage of multicore architectures.
多核处理器会引爆并行计算，因此当务之急是降低并发编程的难度。
With multicore processors bringing parallel computing to the masses, there is an urgent need to make concurrent programming easier.
许多公司都将多核处理器看做实现重大价值和性能提升的一次机会。
Many companies are looking at multicore processors as an opportunity to realize significant price and performance improvements.
在多cpu(或多核)系统中，需要将平均负载除以cpu的个数。
In a multi-CPU (or multi-core) system, divide the load average by the number of CPUs.
我想在对日常编程工作的影响上，增长的数据容量要远远超过多核。
I think that increased data volumes will impact day to day programing work far more than multicore will.
在多核环境下运行的时候，关闭了三种优化行为后获得了一个基准值。
As was the case with the multi-core runs, the baseline values were obtained with all three of the optimizations turned off.
NetKernel3系列被设计服务于今天和明天的多核处理器。
The NetKernel 3 series was designed for today and tomorrow's multicore processors.
特别是人们把Erlang看作是多核处理器下的一种自然编程语言。
In particular Erlang is thought to be a natural programming language for multicore processors.
相反，他认为应用程序性能的显著提升将需要利用多核芯片架构来实现。
Instead, he said that obtaining an appreciable increase in application performance would require taking advantage of multicore chip architectures.
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.
我们将会开始看到多核和并行计算更多的应用到这一领域以支持这些BI活动。
We'll start to see an increased use of multi-core and parallelism to support these BI activities.
其中的许多核心法则是不变的，但是为了获得竞争优势，我们需要做到消息灵通。
Many of the core principles remain the same, but in order to gain a competitive edge, we need to be in the know.
其中的许多核心法则是不变的，但是为了获得竞争优势，我们需要做到消息灵通。
Many of the core principles remain the same, but in order to gain a competitive edge, we need to be in the know.
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