每个Linux发行版和每种网络访问协议支持不同的安装介质目录结构(表1)。
Different installation media directory structures are supported (Table 1) for each Linux distribution and each network access protocol.
为此，可以开发一种聚合应用程序，使用SIP协议与下一代网络通信，使用HTTP访问旧协议。
You can achieve this by developing a converged application that USES the SIP protocol to communicate with the next-generation network and HTTP to access legacy protocols.
协议独立性：协议独立性指客户机在不考虑通信／网络协议的情况下访问服务。
Protocol independence: Protocol independence refers to the idea that clients can access services without regard to the communication/network protocol.
可以使用各种网络协议访问它，比如NFS、FTP和HTTP。
You can access it using various network protocols, such as NFS, FTP, and HTTP.
服务器运行memcache守护进程的实例，这些进程分配一块可以通过一种简单的网络协议访问的RAM。
Servers run instances of the memcache daemon, which allocates a block of RAM that's accessible over a simple network protocol.
互联网协议漏洞：无处不在的网络接入云计算特性意味着云服务是通过使用标准协议的网络获得访问。
Internet protocol vulnerabilities. The cloud characteristic ubiquitous network access means that cloud services are accessed via network using standard protocols.
外部系统所支持的访问协议(网络和数据)可能与待构建系统将支持的协议不同。
The access protocol (network and data) supported by the external system may be different from the protocol that will be supported by the system-to-be-built.
一个网络应用框架应该给你对于HTTP协议及其内容完全、直接的访问通路。
A Web application framework should give you full, straightforward access to HTTP and its concepts.
各网络、协议和存储都将被注册为Web服务，并且还可以通过添加接口来访问它们。
Each network, protocol, and storage will be registered as a Web service and also have the potential to be accessed by adding interfaces.
N级结构中的应用服务器负责提供可远程访问的业务逻辑组件，而表现层网页服务器则使用本网协议通过网络访问这些组件。
The application servers in n-tier architecture host remotely accessible business components. These are accessed by the presentation layer web server over the network using native protocols.
如同在Wikipedia中所定义的，Internet是世界范围内、可公开访问的一系列互相连通的计算机网络，这些网络通过使用标准Internet协议(ip)的分组交换传输数据。
As defined in Wikipedia, the Internet is a worldwide, publicly accessible series of interconnected computer networks that transmit data by packet switching using the standard Internet Protocol (IP).
通过提取网络层和物理层中的一些信息，可以改进MAC(介质访问控制)层协议的设计。
The design of MAC protocol can be improved by extracting information in network and physical layers.
该协议基于现有的以太网硬件基础，在应用层构造虚拟令牌，利用令牌控制来解决网络的访问冲突问题。
This protocol is based on current hardware foundation of Ethernet and solves access conflict through token-control by creating virtual token on application layer.
传感器节点能量受限，节能是传感器网络中媒体访问控制(MAC)协议设计的首要问题。
As sensor nodes are energy limited, saving energy is the primary issue in designing Medium Access Control (MAC) protocols in sensor networks.
本文介绍了这种新型网络体系结构和网络接口单元，阐述了实连接访问协议处理机。
This paper introduce the structure and interface unit of the new typed network and discuss protocol processor of real link access.
在此基础上，提出了校园网安全方案，重点介绍了网络访问控制、端点安全保护、协议分析和网络安全监控等相关技术。
On this basis, the proposed campus network security solutions, focusing on network access control, endpoint security, protocol analysis and network security monitoring and other related technologies.
这些协议要考虑建立访问网络的通信通道以及控制信息流。
Typically, these are concerned with the establishment of a communication channel access the network and with the control of flow of messages across this channel.
因此这是高速WDM网络中行之有效的一种访问控制协议。
Therefore, it is an efficient protocol for very high speed T/WDM networks.
在无线传感器网络中，介质访问控制MAC协议决定无线信道的使用方式，在节点之间分配有限的无线通信资源。
In wireless sensor networks, MAC layer Protocols are capable of determining the wireless channel utilization and allocate the limited wireless communication resources between the nodes.
第二，对无线传感器网络现有的路由协议与介质访问控制(MAC)协议进行研究。
Secondly, study the exiting routing and MAC protocols for wireless sensor network.
ADFS使用SSL和公开密钥加密等一组安全协议，提供了单次登录访问没有放在内部网络上的应用程序这个便利。
ADFS USES a set of secure protocols like SSL and Public Key encryption to provide Single Sign on to applications that are not hosted inside your network.
安全交换机所在的内部网存在的一个显著问题就是网络链路协议不可控，使得任何遵守标准协议的网络访问在底层机制上都是合法的。
A notable problem is raised that the data link can not be controlled; therefore any access following the standard Ethernet data link layer protocol is recognized as legal.
包括网络中使用的协议、路由、介质访问层、射频模块以及网络设计所用到的协议标准等方面的细节，从技术层面做了论述。
Including USES of the network protocol, routing, medium access layer, the process of establishing network and other parts of the technical details in the development situation.
包括网络中使用的协议、路由、介质访问层、射频模块以及网络设计所用到的协议标准等方面的细节，从技术层面做了论述。
Including USES of the network protocol, routing, medium access layer, the process of establishing network and other parts of the technical details in the development situation.
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