云消费者需要识别的资产就是他们能够控制的资产：操作系统、网络设备以及在虚拟机级部署的应用程序。
The assets the cloud consumer needs to identify are those he can control: the operating systems, network equipment, and deployed applications at the virtual machine level.
由于网络规模的增长，以及这些“黑箱”的数目激增，很明显需要一些方法来寻址和控制这些大量的网络设备。
As networks grew in size, and the number of these "black boxes" proliferated, it became evident that some way to address and control a large number of these networking devices was necessary.
使用IaaS，您可以在虚拟机级别控制操作系统、网络设备和已部署应用程序。
With IaaS you can control the operating systems, network equipment, and deployed applications at the virtual machine level.
IaaS基础架构和网络专家：专家控制虚拟机级上的操作系统、网络设备和部署的应用程序。
IaaS infrastructure and network specialist: the specialist controls the operating systems, network equipment, and deployed applications at the virtual machine level.
一个IaaS的基础架构师和网络专家可以控制操作系统、网络设备，以及在虚拟机级别部署的应用程序。
An IaaS infrastructure and network specialist controls the OSs, network equipment, and deployed applications at the virtual machine level.
拥塞控制算法主要分为两部分：在端系统上使用的源算法和在网络设备上使用的链路算法。
The congestion control algorithm mainly divides into two parts: source algorithm which USES on the end system and the link algorithm which USES on the network equipment.
为实现自动化的响应，本文采用了通过SNMP协议数据报去控制网络设备的方法。
To realize automatic response, a method that utilizes SNMP protocol datagram to control network devices is used.
媒体访问控制地址是分配给每个网络设备的惟一识别号。
Media Access Control address is assigned to each network device identification number only.
输出系统，网络设备，设备使用装置，输出控制程序和输出请求程序，和输出方法。
Output system, network device, device using apparatus, output control program and output request program, and output method.
介绍了西门子s7可编过程控制器在峨口球团工程中的应用以及利用西门子自动化网络设备搭建网络的一则实例。
The paper describes the application of Siemens S7 PLC in Ekou pelletizing project and the example of constructing a network using Siemens automatized networking equipment.
VLAN有效控制了整个网络中广播信息的流量，简化网络设备的变更。
VLAN can control the traffic of broadcasting data in a whole network effectively and simplify the alteration of network equipment.
网络通讯广泛应用于控制系统中，由于网络设备价格低廉，网络编程功能强大而备受推崇。
Internet communication is widely used in control system, the Internet program grow into fashion for the net device is low cost.
可编程网络的目的是打破封闭式的网络模型，通过特定的对外接口、控制机制和内部处理模块实现网络设备的功能可编程。
Programmable network will break through the traditional rigid closed model and offer programmability via dedicated interfaces, control mechanism and processing model.
可编程网络的目的是打破封闭式的网络模型，通过特定的对外接口、控制机制和内部处理模块实现网络设备的功能可编程。
Programmable network will break through the traditional rigid closed model and offer programmability via dedicated interfaces, control mechanism and processing model.
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