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。
The other mode is kernel mode.
另一种模式是内核模式。
The system should run in 64-bit kernel mode.
该系统应该运行于64位内核模式。
How can I change from one kernel mode to another?
如何从一种内核模式更改为另一种内核模式？
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。
It displays the kernel mode stack trace of the thread.
它显示线程的内核模式栈跟踪。
How processor is switched from user mode to kernel mode?
如何处理从用户模式内核模式？
The kernel mode caching results were always the most interesting.
内核模式缓存结果总是最有意思的。
Semi-kernel mode malware runs in both user mode and kernel mode.
运行于完全内核模式的恶意软件在内核层执行所有任务。
Let us also assume that you want to boot it up in the 64-bit kernel mode.
我们还假设您希望在64位内核模式下启动。
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。
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。
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。
Malware running in full-kernel mode performs all tasks within the kernel layer.
运行于完全内核模式的恶意软件在内核层执行所有任务。
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。
Step three: the write system 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。
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。
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。
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 watermark component runs in kernel mode and can be loaded and upgraded dynamically.
水印构件运行在操作系统内核态，并可动态加载与升级。
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。
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。
We also discuss how to communicate between user mode and kernel mode under environment of WIN2K.
以及在WIN2K环境下，用户程序是如何与核心层驱动程序进行通话的。
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。
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。
Process 1 then resumes execution in User Mode until a timer interrupt occurs, and the scheduler is activated in Kernel Mode.
然后，直到发生定时器中断且调度程序在内核态被激活，进程1才恢复在用户态下执行。
Process 1 then resumes execution in User Mode until a timer interrupt occurs, and the scheduler is activated in Kernel Mode.
然后，直到发生定时器中断且调度程序在内核态被激活，进程1才恢复在用户态下执行。
应用推荐