The processor has a low power mode that stops processor execution when there is no work going on. 处理器有一种低电力模式,它在没有工作时停止处理器执行。
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。
If your processor has BC mode, use local versioning to put version= "1.0" in effect. 如果处理程序支持BC模式,使用局部版本化启用version=“1.0”。
However, the Web services ( redaction manager and secure viewer), SOAP services, and batch processor are not available in the in-process client mode. 但是,Web服务(编校管理器和安全查看器)、SOAP服务和批处理器不能在进程内客户端模式中使用。
Percentage User CPU Time Percentage user time is the percentage of non-idle processor time spent in user mode. PercentageUserCPUTime(用户CPU时间百分比)用户时间百分比是用户模式下非空闲处理器时间的百分比。
This exits the DB2 command line processor mode so that you can change directories. 这将退出DB2命令行处理器模式,以便可以更改目录。
In other words, only a partial physical processor is allocated to a logical partition in shared processor mode. 换句话说,在共享处理器模式中,对一个逻辑分区仅仅分配物理处理器的一部分。
The HV bit along with the Problem State bit indicate if the processor is in hypervisor mode. HV位以及问题状态位(ProblemStateBit)可以指出,处理器是否处于Hypervisor模式。
When returning from the processor's exception mode, the saved value of T in the SPSR register is used to restore the state. 当模式返回从处理器的异常,对登记保存的值的SPSR中的T是用来恢复状态。
In this paper, we present two different interfaces between digital a image sensors and a processor for embed systems, I/ O mode and DMW ( Direct Memory Write) mode. 本文介绍了两种用于嵌入式系统的数字图像采集接口方法,I/O接口和内存直接写入。
Virtual memory processor mode 虚拟存储器处理方式
Protected mode is a particular protect strategy in Intel ( IA-32), it's also introduced by commerce processor rarely. Researching and implementing the protected mode is one of the difficulties in compatible micro-processor design. Intel的32位处理器(简称IA-32)体系结构中的保护模式是其独有的一套保护策略,也是各种商业化处理器中介绍极少的部分,其实现是设计兼容X86处理器的难点。
So the single processor mode is adopted. 因此,本文采用在单处理器模式下进行控制系统的设计与实现。
This paper will try to discuss all kinds of hardware platforms realizing the fuzzy protective relay, in which CPLD/ FPGA act as peripheral fetch chip, special digital processor and system-on-chip mode. This paper will also propose a novel mode which CPLD controls DSP. 探讨了CPLD/FPGA与DSP构成的各种硬件方案在模糊保护中的应用,包括DSP的外围芯片式、专用信号处理芯片式及片上系统式,并提出多DSP并行处理式的设计方案。
This paper discusses the scalable real time parallel SAR processor from task planning, data transmitting mode and topology structure of computation unit, and proposes a scheme of real time parallel SAR processor. 本文从任务规划、数据传输模式和处理单元的拓扑结构等三方面对可扩展实时并行SAR信号处理机进行了分析研究,提出一种可扩展实时并行SAR信号处理机方案。
The paper discusses the optical structure and the general design of fluorescence polarization automatic detection system. The communication format and its implemental methods of PC and single chip processor are described, based on the Master-slave mode. 讨论荧光偏振自动检测系统光学系统结构、总体设计思想,并对主从模式下上位机和单片机通讯的通讯格式和实现方法进行详细讨论。
Bi-direction communication between monolithic processor and microcomputer based on PS/ 2 mode 基于并行口PS/2模式实现微机与单片机通信
It gives some introductions, in hardware, to the designing principles of the electric circuits in embedded processor, storage, LCD, keyboard, power mode, front measuring mode. 在硬件方面对嵌入式处理器、存储器、液晶屏、键盘、电源模块、前端测量模块的电路设计原理进行介绍。
By integrating the achievements of technological research into the system design, the processor can provide an optimized processing mode in which high performance hardened layer can be obtained on engine cylinder liners. 该专机在系统设计中融合了工艺研究的成果,可获得发动机缸套高性能硬化层的优化处理模式。
And then, make analysis of system startup, processor running mode, externed BUS interface, memory configuration and management. 并分析了系统的启动过程与处理器的工作模式及功能管理、外部总线接口、存储器的分配与管理等内容;
Before optimizing the instruction fetching policy and the share mechanisms of the hardware queues, the performance of the Godson II Multi-Threading processor in simultaneous multithreading mode is already much better than that of Godson II processor. 现阶段,在尚未进行硬件策略优化的情况下,同时多线程模式的龙芯2号多线程处理器与原龙芯2号处理器相比已经有了较为显著的性能提高。
On the another hand, along with the development of microprocessor and embedded application, there are many kind of high performance embedded processor supporting the MMU and high level protection mode. 另一方面,随着微处理器技术和嵌入式应用的发展,出现了各种各样的高性能的嵌入式微处理器,并且普遍支持MMU和高级保护模式。
The basic structure of microcomputer protection and its development tendency are discussed according to its features of different types and functions, combined with the used processor, data acquisition system, date communication mode and their influences on device performance. 针对不同类型和功能的保护的特点,结合分别使用的处理器、数据采集系统、数字通信方式,以及它们对装置工作性能的影响,讨论微机保护硬件的基本结构及其发展趋势。
By the comparison between serial mode and parallel mode of processor with coprocessor, asynchronous parallel mode is used to improve system performance. 通过采用协处理器与处理单元(PE)的异步并行工作方式来提高系统性能;
And cooperating with IDT processor, it achieves the panorama mode, the feature perspective mode, debug mode and stop mode. 协同IDT嵌入式处理器实现全景工作模式、特景工作模式、停止工作模式和调试工作模式。
Firstly, build OOCPN mode of device processor object, and then OOCPN mode of reconfigurable robotized manufacturing cell control system is constructed. 首先构建设备处理器对象OOCPN模型,以此为基础,构建可重构机器人制造单元控制系统的OOCPN模型。
Design the non-avionics processor working mode under different applications, and analyze the working mode. Next, designed and implemented a non-avionics and engine system processor cross-linking software. 设计了非航空电子处理机不同工作模式下应用软件,并分析其工作特点。设计并实现了非航空电子处理机与发动机系统的交联。
However neither the software execution mode based on general purpose processor ( GPP) or hardware execution mode based on ASIC meets all of these requirements well. 从传统的以通用处理器(GPP)为基础的软件执行方式,到专用集成电路ASIC为代表的硬件执行方式,对上述的各项指标都没有得到很好的解决。
Finally, an independent project is executed in the Code Composer Studio. The result is that the LOW_PWR pin is drivened to high level and the processor can be made to enter the deep sleep mode or wake up at appropriate moment. 最后在CCS上设计并执行了一个独立工程,结果是引脚LOWPWR变为高电平,可以控制处理器在适当的时机进入深度睡眠模式或者唤醒。
The relative technologies are lacked in China. In order to promote domestic production of this technology and reduce equipment costs, this paper the first time uses ARM processor+ PC monitor mode as the equipment control system. 国内相关应用技术比较缺乏,为了促进此项技术的国产化,降低设备的成本,本文采用ARM处理器+PC监控的方式,做为设备的控制系统。