1) hypervisor
虚拟机监控程序
1.
The design and implementation of RT-Hypervisor is described which is a real time hypervisor for embedded systems.
论述了RT-Hypervisor实时虚拟机监控程序的设计和实现,利用它可以在一个硬件设备上同时运行多个实时或是非实时操作系统。
2.
This paper describes the design and implementation of RT-Hypervisor which is a real time hypervisor for embedded systems.
这篇论文讲述了RT-Hypervisot这个实时虚拟机监控程序的设计和实现,利用它可以在一个硬件设备上同时运行多个实时或是非实时操作系统。
2) virtual machine control program
虚拟机控制程序
3) virtual machine monitor
虚拟机监控器
1.
In the model,a virtual machine monitor is used to protect the runtime security kernel.
新模型中,虚拟机监控器中被用来保护运行时安全内核。
2.
This Paper explores the implementation of a virtual machine monitor based intrusion detection system in which the virtual machine monitor virtualized the hardware interface,and can be used to run multiple operating system instances on a single instance of hardware.
针对现存入侵检测系统存在的问题,提出一个运行于虚拟机监控器之上的入侵检测系统。
3.
With the capability of virtual machine monitor, SNARE was ported on two virtual machines running over the Xen which was a virtual machine monitor.
运用虚拟机监控器的功能,SNARE被移植到运行在虚拟机监控器Xen上的两个虚拟机中,SNARE的两个主要部分——Linux内核补丁和审计后台进程被分隔而分别放入两个被Xen强隔离的虚拟机。
4) virtual machine monitor
虚拟机监控软件
5) virtual machine monitor Xen
虚拟机监控器Xen
6) virtual monitoring
虚拟监控
1.
Analysis and design of ROV s software with virtual monitoring system and dynamic positioning system;
ROV虚拟监控和动力定位系统软件分析与设计
2.
Based on the national 863 project“Research on remote monitoring and intelligent maintenance of tower cranes”, a remote virtual monitoring system for tower crane is implemented by adopting virtual reality technology.
本文结合国家863项目(2007AA04Z419)“大型塔式起重机安全状态实时监控及预警关键技术研究”,利用虚拟现实技术开发塔式起重机远程虚拟监控系统。
3.
In order to achieve a more reliable and safe remote virtual monitoring system for tower crane,this paper,based on virtual reality technology,studied the method of creating the working scene with parameterized design,and analysed the algorithms of 3D clipping and buffering to optimize the performance of the system.
为了向塔式起重机提供更为可靠、安全、完善的监控系统,基于虚拟现实技术研究了塔式起重机运行虚拟场景的参数化构建技术,分析了虚拟监控系统的3D裁剪算法和z缓冲算法,提出了利用DirectX技术开发虚拟场景渲染引擎,通过现场传感信息驱动塔机动作的虚拟监控系统。
补充资料:监控机
分子式:
CAS号:
性质: (一)实现监督计算机控制的计算机,参见监督计算机控制系统。(二)集散控制系统中用于监督控制层的计算机。
CAS号:
性质: (一)实现监督计算机控制的计算机,参见监督计算机控制系统。(二)集散控制系统中用于监督控制层的计算机。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条