Threading: Hyper-Threading technology.
线程化：超线程技术。
Currently, Intel Pentium 4 Xeon processors have hyper-threading hardware built-in.
当前，IntelPentium4Xeon处理器具有内置的超线程硬件。
Hyper-threading is the ability to essentially schedule separate thread execution plans in a highly efficient manner.
超线程 是以一种高效的方式实际调度不同线程执行计划的能力。
Therefore the recommendation to utilize that same physical machine would be to disable Hyper-threading for deployment.
因此建议相同物理机器应当禁用hyper - threading来进行部署。
In future installments, we are going to dig into such microprocessor enhancements as super-scalar, hyper-threading and dual core.
在将来部分，我们将继续研究微处理器高级部分像超标量体系，超线程，双核心。
For a list of these chipsets, see the Integration Overview page for systems based on the Pentium 4 processor supporting Hyper-Threading Technology.
有关这类芯片组的列表，请参阅基于支持超线程技术的奔腾4处理器系统的集成概述页面。
With 4 * 4 processor VMs on a single X5560 based host server, you can see the results when compared against a physical server of the same specification with Hyper-threading disabled.
在基于单个X5560的主机服务器上有4 * 4 个处理器，可通过与具有相同规模，已关闭 Hyper-threading 的物理服务器对比，来查看其结果。
For example, Intel's hyper-threading is one such technology that has been shown to boost performance gains up to 30% for some key workloads. Before we go on, let's spend a moment on terminology.
例如，Intel的超线程(hyper - threading)就是这样一种技术，对于一些关键工作负载，它最多可以将性能提升30%。
For example, Intel's hyper-threading is one such technology that has been shown to boost performance gains up to 30% for some key workloads. Before we go on, let's spend a moment on terminology.
例如，Intel的超线程(hyper - threading)就是这样一种技术，对于一些关键工作负载，它最多可以将性能提升30%。
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