This means that when you use kernel-mode caching with IIS and ASP.NET output caching, you'll see unbelievable performance results.
这就表示，当您将内核模式缓存与IIS和ASP.NET输出缓存一起使用时，就会看到令人不敢相信的性能结果。
They need to be locked because the memory will be accessed by kernel-mode drivers and cannot be paged out for the duration of the access.
这是因为内核驱动程序需要访问这些内存，在此期间这些页面不能交换出去。
The category kernel-mode drivers includes many subcategories.
内核模式驱动范畴包含许多子范畴。
If you use session state in a page that has output caching enabled, and if the application runs on IIS 6.0, then you need to turn off kernel-mode output caching.
如果您在启用输出缓存的页中使用会话状态，并且应用程序在IIS 6.0上运行，则您需要关闭内核模式输出缓存。
In Windows NT 4, the video, server, and printer spooler subsystems were moved into kernel mode.
在WindowsNT4 中，视频、服务器和打印机后台处理程序子系统被移动到内核模式。
This speeds up the boot process by taking advantage of a new kernel mode setting feature.
通过利用一种新的内核模式设置特性加速了开机进程。
The reduction in time spent in kernel mode reduces the overall CPU cycles required to do the same work.
内核模式时间的减少降低了执行同一工作时所需的总体CPU周期。
As a consequence, the instruction set contains mostly arithmetic and branch operations but none that resemble kernel mode instructions of the PPE.
结果是指令集中包含大部分算术操作和转移操作，但是并不包含PPE中的那种内核模式指令。
Such as when the VM executes code in kernel mode; then VMWare has to carefully translate the memory mapping and permissions in order to simulate the VM's virtual CPU correctly.
比如，当VM以内核模式执行代码时；为了正确地仿真VM的虚拟cpu,VMWare必须谨慎地转换内存映射和权限。
Zero copy greatly improves application performance and reduces the number of context switches between kernel and user mode.
零拷贝不仅大大地提高了应用程序的性能，而且还减少了内核与用户模式间的上下文切换。
The environment module provides the abstraction of the Linux kernel (with flags to support compilation in the simulation mode).
环境模块提供Linux内核的抽象概念(通过在模拟模式中支持编译的标志)。
To use the graphical installation mode of SUSE, you need to pass some boot parameters to this kernel so that it activates VNC support.
要使用SUSE的图形安装模式，需要向该内核传递一些引导参数，以便它激活VNC支持。
Some kernel code is needed to use the SPUs from a Linux application, since the controlling registers are only accessible from the PPE in privileged mode.
在Linux程序中使用SPU需要使用一部分内核代码，因为控制寄存器只能从PPE中使用特权模式进行访问。
The return from the call causes another context switch from kernel back to user mode.
该调用的返回引发了内核模式到用户模式的上下文切换(又一次上下文切换)。
The return from the call caused a context switch from kernel back to user mode.
该调用的返回引发了内核模式到用户模式的上下文切换(又一次上下文切换)。
So, if you'd like to put your root filesystem into full data journaling mode, add rootflags=data=journal to your kernel boot options.
因此，如果愿意将根文件系统置于完整数据日志记录方式下，则向内核引导选项添加rootflags=data=journal 。
When a user program accesses system calls, it does so in kernel mode, not user mode.
当用户程序访问系统调用时，它将在内核模式而不是用户模式下进行。
Reduces kernel mode time and increases user mode time.
减少内核模式时间，增加用户模式时间。
Regarding system modes, there are two modes that a CPU operates in: kernel mode and user mode.
在系统模式方面，CPU有两种运行模式：内核模式和用户模式。
The send socket call causes a context switch from user mode to kernel mode.
send套接字调用引发了从用户模式到内核模式的上下文切换。
Step one: the read system call causes a context switch from user mode to kernel mode.
read() 调用（参见 图 2）引发了一次从用户模式到内核模式的上下文切换。
The processor transitions from kernel mode to hypervisor mode using the HV bit in the MSR.
处理器使用MSR 中的HV位实现从内核模式到Hypervisor 模式的转换。
The read call causes a context switch (see Figure 2) from user mode to kernel mode.
read调用(参见图2)引发了一次从用户模式到内核模式的上下文切换。
The hypervisor calls are executable only in hypervisor mode, just like system calls are executable only in kernel mode.
Hypervisor调用只能够在 Hypervisor模式中执行，就如同系统调用只能够在内核模式中执行一样。
Where vanilla kernels support kernel mode and user mode, the KVM introduces a guest mode.
普通内核支持内核模式和用户模式，而KVM则引入了一种客户模式。
Some of the programs that operate in kernel mode include interrupt handlers and kernel processes.
以内核模式运行的某些程序包括中断处理程序和内核进程。
Code operating in this mode has read and write access to the global kernel address space and kernel data in the process region when executing within the context of a process.
当在某个进程的上下文中执行以此模式运行的代码时，它不仅对全局内核地址空间具有读写访问权限，还将对该进程中的内核数据也具有读写访问权限。
Whether it's a single program or a collection of executable files, all parts of the kernel run in "kernel mode", with access to system data and hardware.
不管它是单个程序还是可执行文件的集合，内核所有部件都是以“内核方式”运行，访问系统数据和硬件。
The kernel module exports a device called /dev/kvm, which enables a guest mode of the kernel (in addition to the traditional kernel and user modes).
这个内核模块导出了一个名为 /dev/kvm的设备，它可以启用内核的客户模式（除了传统的内核模式和用户模式）。
The kernel module exports a device called /dev/kvm, which enables a guest mode of the kernel (in addition to the traditional kernel and user modes).
这个内核模块导出了一个名为 /dev/kvm的设备，它可以启用内核的客户模式（除了传统的内核模式和用户模式）。
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