This article was written on an x86 architecture.
本文是在x86体系架构上编写的。
The HZ value has been increased to 1000 for x86 architecture.
用于x86体系结构的hz值增加到1000。
For our plug-in we specify a 64-bit, x86 architecture for the virtual machines.
对于我们的插件，我们指定64位x86架构的虚拟机。
The x86-64 architecture adds not only bigger registers to the x86 architecture, but more registers.
x86- 64架构不仅在x86架构的基础上增大了寄存器，而且还增加了寄存器的数量。
Instead, Wine implements a set of APIs that permit execution of applications for the x86 architecture.
相反，Wine实现了一组API，这些API允许执行x86架构的应用程序。
Right now, Intel's X86 architecture owns the PC market, and ARM's architecture owns mobile computing.
目前，英特尔的X86架构拥有个人电脑市场，与arm的架构拥有移动计算。
For example, Lguest virtualizes only other Lguest-enabled guest operating systems and currently only for the x86 architecture.
例如，Lguest仅虚拟化其他支持Lguest的来宾操作系统，并且目前仅能用于x86架构。
Here's where it gets complicated: Windows has always run on x86 architecture, used primarily in processors by Intel and AMD.
这里最复杂的地方在于：Windows的运行是基于x86架构之上，之前一直使用的处理器是Intel和AMD。
The EX5 servers take a step away from traditional x86 server architecture in which processors and memory are locked together.
和传统的x86服务器架构不同，EX5服务器的处理器和内存并没有捆绑在一起。
StrExecutionEnvironment indicates the operating system and architecture of the execution environment (for example, "Windows XP [x86]").
strExecutionEnvironment表示执行环境的操作系统和架构(例如，“WindowsXP [x 86] ”)。
This article focuses on how to install and configure Red Hat Enterprise Linux 4 on IBM rack servers, especially those based on x86 chip architecture.
本文重点介绍如何在ibm机架服务器上安装和配置RedHatEnterpriseLinux4，尤其是在基于x86芯片架构的服务器上。
When it comes to technique, MeeGo seems quite just like Google's Chrome OS, which additionally supports x86 and ARM architecture and therefore targets each tablet devices and cellular handsets.
从技术角度说，Meego看起来很像Google的Chrome系统，同时支持x86和ARM架构，并因此以平板电脑设备和手持设备为目标。
With Windows 8, Microsoft wants to support both ARM and x86, but doing so isn't easy because apps written for one architecture aren't easily ported to the other.
对于Windows8，微软公司想要它能够同时支持ARM和x86，但是实现起来却并不简单，因为基于一种架构的应用很难移植到另一种架构上。
Recall that the IA-32 (x86) architecture creates some issues when it comes to virtualization.
回想一下IA - 32 (x86)体系结构在进行虚拟化时会产生的一些问题。
The other main type of processor architecture, CISC (the x86 processor being a popular CISC instruction set), allows for memory access in nearly every instruction.
另外一种主要的处理器体系结构CISC (x86处理器就是一种流行的CISC指令集)几乎允许在每条指令中进行内存访问。
That is to say, on the x86 system, the least-significant byte (the smallest values) are stored in the first byte of ll; on the Power Architecture system, they're stored in the last.
这就是说，在x86系统上，最低位字节(最小值)首先存储在ll的第一个字节中；在PowerArchitecture系统上，它们则存储到最后。
Architecture: x86 for most computers; x86-64 only for 64-bit operating systems.
结构：对于大多数的电脑是x86；对于64位的操作系统是x86- 64。
Architecture: x86 for most computers; x86-64 only for 64-bit operating systems.
结构：对于大多数的电脑是x86；对于64位的操作系统是x86- 64。
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