By applying the theory, Home-intelligent controller is successfully designed and developed, making the double CPU mode creative and practical.
运用该理论模式，成功对家庭智能控制器进行了设计开发，使其具有了一定的创新性和实用性。
FPU mode is another case where the state of the CPU should be protected from preemption.
FPU模式是另外一种CPU应该被保护起来不被抢占的情形。
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。
If the PR bit in MSR is set (Problem State), then the CPU was running in user mode, and is unlikely to be the cause of the crash.
如果在MSR中设置了pr位(问题状态)，那么CPU在用户模式下运行，并且不可能引起系统崩溃。
This is the mode that a process should accumulate its majority of CPU time on.
此模式是进程积累其大多数CPU时间所在的模式。
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。
When emulating user mode, it can launch Linux processes compiled for one CPU on another CPU.
在模拟用户模式时，它可以在一个CPU上启动针对另一个CPU编译的Linux进程。
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。
Percentage of system CPU time percentage system time is the percentage of non-idle processor time spent in system mode.
PercentageofSystemCPUTime(系统CPU时间百分比)系统时间百分比是系统模式下非空闲处理器时间的百分比。
KQEMU is a driver (kernel module for Linux) that allows user-mode code and kernel code to execute directly on the host CPU.
KQEMU是一个驱动程序(Linux的内核模块)，允许用户模式的代码和内核代码直接在主机CPU上执行。
This type of bus interface can be accessed by memory mode and be applied to the exchange of data between two hosts, which can overcome the lack of communication interface in some types of CPU.
本接口采用存储器访问模式，克服了某些CPU外围通信接口少的缺点，易于实现双CPU间的总线对接，且无需考虑复杂的总线仲裁机制。
The CPU is a supply mode that automobile plants pay finishing materials suppliers a defined price only for each qualified car body.
在汽车涂装过程中，汽车厂与供货商之间以每台合格车身的费用进行结算的供货方式为系统供货。
For some exceptions, the CPU control unit also generates a hardware error code and pushes it on the Kernel Mode stack before starting the exception handler.
对每个异常，CPU控制单元也生成一个硬件错误码，并在开始执行处理函数前将其压入内核空间栈中。
For load testing, the CPU sampling profiling mode has very low overhead.
对于负载测试，CPU采样分析模式的开销非常小。
It consists of an 8-bit 6502 CPU (without support for decimal mode, also known as BCD), DMA transfer unit, pseudo audio processing unit, 1/12 clock divider, and a bit of logic for address decoding.
他由一个8位6502CPU（不支持整数模式，也被称为BCD），DMA传输单元，伪音频处理单元，1/12时钟分频器，以及1位逻辑单位的地址译码。
For the CPU serial operation mode, it is a very time-consuming process to obtain the inverse of large-scale matrix.
在CPU串行运算模式下实现大规模矩阵求逆是一个非常耗时的过程。
The 8289 provides system bus arbitration for systems with multiple bus masters, Such a, an 8086 CPU with 8089 IOP in its REMOTE mode, while providing bipolar buffering and drive capability.
它为多总线主设备系统以及远程方式下的8089IOP提供总线仲裁，它还具有双极型的缓冲与驱动能力。
This paper describes a multiplexer which can multiplex two channels of data. It adopts asynchronous serial communication mode, USES Single chip CPU-89C51 and other IC chips to realize the function.
本文探讨的是一个两路的数据复用器，该数据复用器采用异步串行通信方式，主要用89c5 1单片机来实现。
The reason is very simple, balanced mode of the system as "passive" cooling mode, when the CPU temperature exceeds the threshold will reduce CPU core temperature by means of frequency reduction;
原因很简单，平衡模式下的系统散热模式为“被动”，当CPU温度超过阀值后会通过降频的方式降低CPU的核心温度；
ST16C554 works in FIFO mode, receives and transmits data by (interrupt) mode with a 16 byte hardware transmit buffer, that will also greatly cut down the load on the CPU.
ST16C 554工作在FIFO模式，采用中断方式收发数据，并有16字节的硬件接收发送缓冲区，降低了CPU的开销。
Most traditional graphical programming platforms adopt running algorithmic based on data-driven mode, which leads to inefficient use of CPU and low execution performance.
传统的图形化编程平台大多采用基于数据驱动的扫描运行算法，CPU占用率高，运行效率低。
Turn a triple play in any mode versus the CPU.
在与电脑的对战中完成一次三杀。
In order to improve the reliability of system, the mode of dual CPU is adopted in all control units.
为使可靠性提高，区域和中心控制器均采用双cpu结构。
The problem is that this works when the CPU is in 32-bit VPAM (Virtual Protected Address Mode), which is what an i386 OS USES, but not when the CPU is in the so-called "Long Mode" that AMD introduced.
问题是这个工程时，CPU在32位vpam(虚拟保护地址方式)，这是一种什么i386操作系统使用，但不是当CPU是所谓的“长”模式，AMD推出。
The problem is that this works when the CPU is in 32-bit VPAM (Virtual Protected Address Mode), which is what an i386 OS USES, but not when the CPU is in the so-called "Long Mode" that AMD introduced.
问题是这个工程时，CPU在32位vpam(虚拟保护地址方式)，这是一种什么i386操作系统使用，但不是当CPU是所谓的“长”模式，AMD推出。
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