This command is used for monitoring I/ O device loading by observing the time the physical disks are active in relation to their average transfer rates. 通过观察与平均传输速度相关的物理磁盘活动时间,这个命令可用于监视I/O设备的加载。
This is similar in many ways to IBM's PowerVM, as there is granularity for CPUs and I/ O device sharing. 这在许多方面与IBMPowerVM相似,尤其在CPU和I/O设备共享的粒度方面。
The AQW shows the average number of queues waiting per request to the I/ O device. AQW表示对I/O设备的每个请求的平均等待队列数量。
The virtual machines share the resources and there is granularity for CPUs and I/ O device sharing. 虚拟机可以共享资源,并且能够细粒度地控制CPU和I/O设备共享。
Type 2 hypervisors run on a host operating system that provides virtualization services, such as I/ O device support and memory management. 类型2虚拟机管理程序在提供I/O设备支持和内存管理等虚拟化服务的宿主操作系统上运行。
With SR-IOV, a PCIe device can export not just a number of PCI physical functions but also a set of virtual functions that share resources on the I/ O device. 通过SR-IOV,一个PCIe设备不仅可以导出多个PCI物理功能,还可以导出共享该I/O设备上的资源的一组虚拟功能。
One of the most important pieces of the puzzle is the required multi-path I/ O device drivers and recommended FC adapter firmware ( Microcode) levels. 其中最重要的一块是所需的多路径I/O设备驱动器以及推荐的FC适配器固件(Microcode)级别。
The request could not be performed because of an I/ O device error. 由于I/O设备错误,无法运行此项请求。
And all others outside module called external I/ O device. 而其他看到的机箱以外的组件被我们称之为电脑外设。
Access time of an I/ O device 输入输出设备的访问时间
A piece of hardware other than the processor, usually memory or an I/ O device. 一种不同于处理器的硬件设备,常指内存或I/O设备。
A technique for transferring data directly between two peripherals ( usually memory and an I/ O device) with only minimal intervention by the processor. 一种直接在两个外设(通常是内存和I/O设备)之间进行数据传输的技术,它只要处理器最少的介入。
Pertaining to the assignment of a system resource-an I/ O device, a program, or a whole system-to one application or purpose. 将系统资源(如输入输出设备、程序或整个系统)分配给某种应用或某个目的。
I/ O Device Driver-one of Embedded Operating System structure, plays a pivotal role in the application area of Embedded Operating System. I/O驱动作为嵌入式操作系统的一个组成部分,对于嵌入式操作系统的应用起着关键作用。
Graphic display unit is a very important computer I/ O device. 图形显示器是计算机的极为重要的外部设备,是图形处理系统中必不可少的关键设备。
Research of the Key Technologies of Encapsulating I/ O Device Drivers Based on DCOM 基于DCOM的I/O驱动程序封装关键技术研究
The Embedded Network Device researched in this paper is a distributed I/ O device which has an ethernet interface, it is applied mainly in industrial automatic control field. 本文研究的嵌入式网络化装置是一个具有以太网接口的分布式输入输出装置,主要应用于工业自动化控制领域。
This note defines a flexible application programming interface ( API) for streaming I/ O device driver for use in real-time DSP application written with the DSP/ BIOS ⅱ real-time kernel. 本文为使用了DSP/BIOS内核的时实DSP应用程序中的流式I/O设备驱动程序定义了灵活的API(applicationprogramminginterface)。
Finally, the paper designs and implements the driver programs of I/ O device of network device and serial interface device and encapsulation of corresponding device components. 此外还设计完成了网络设备和串行接口设备等I/O设备的驱动和组件封装。
I/ O device driver is one of Operating System and lie in priority level in kernel-level I/ O Technology. 核内I/O结构是将I/O驱动作为内核的一部分存在,且运行在较高的优先级和特权级。
Application of the device utilization ratio in I/ O device power management 设备利用率在I/O设备电源管理中的应用
One method based on COM to design I/ O device drivers for configuration software is detailed proposed. 详细介绍了一种基于COM组件技术的组态软件I/O设备驱动程序的设计方法。
To enhance the functions of Field I/ O Device, we study the powering techniques of Ethernet, and gain two kinds of powering techniques, in-band and out-of-band. 为提高现场I/O设备的性能,我们对以太网供电技术进行了研究,实现了In&Band和Out-Of-Band两种供电方式;
Besides, we also make a study and feasibility analysis on the intrinsic safety and anti-explosion techniques of the Field I/ O Device based on EPA. 此外,我们还对基于EPA的现场I/O设备的本质安全与防爆技术进行了研究与可行性分析。
For the Windows NT device driver of Pioneer-net, Pioneer-net card is a programmable I/ O device, and the device driver uses buffer I/ O mode to copy data between user address space and kernel address space. 在WINDOWSnt操作系统下,本文认为先锋网卡具有可编程I/O设备的特点,并且采用缓冲I/O的方式用于在用户地址空间和内核地址空间之间的数据拷贝。
I/ O device drivers play an important role in digital signal processing ( DSP) application development by separating the software components from hardware details. 将软件成分从硬件细节中分离,I/O设备驱动程序在DSP应用发展中起到了重要作用。
And the scheduling model closer to real computation environments is obtained by dividing the processing procedures into two parts, the processing procedures in the DSP and in the I/ O device. 将DSP上的处理过程和I/O设备上的处理过程分开,得到了更加接近真实计算环境的调度模型;
Hardware consists of MCU, Memory, I/ O device and picture control etc. 硬件包括微处理器、存储器及外设器件和I/O端口、图形控制器等。
Finally, a series of data by performance testing demonstrated that the model with VT-d has advanced performance both on I/ O device and CPU. 最后设计了性能测试方案,通过一系列的数据论证了该模型使I/O设备性能、CPU利用率性能都得到了很大的提高。
Conventionally, the computing resources excluding CPU in system are viewed as I/ O device or coprocessor. 在传统设计中,CPU以外的计算资源都是被视为系统中的I/O设备或者协处理器来管理。