IP datagram embodies the mechanism of Internet protocol in IP layer.
IP数据报的内容体现了网际互联层的网间协议的协议机制。
This is a small application that bridges the TCP/IP layer to a Serial (COM) port.
这是一个串口和以太网口的透传转换程序，目前只是支持单个串口。
External packet filters and IP Layer-4 and Layer-7 switches can also handle and route client requests.
外部数据包过滤器以及IP的第4层和第7层之间的转换也可以处理和发送客户机请求。
How to achieve the security communications of lightweight IP layer is a problem that has got people's attention.
如何实现轻量级IP层的通信安全，则是一个令人关注的问题。
The IP layer at the receiving host must accumulate these fragments to completely reconstitute the original datagram.
目的主机的IP层将接收到的所有分片重装成一个完整的数据报。
The author focuses on presenting the security architecture model of IP layer and practicing under this model in this paper.
本文的目的在于提出IP层安全体系结构模型，并用此模型去指导IP层安全的实践。
The IP layer, in turn, provides services used by the Internet Control Message Protocol (ICMP) and Transmission Control Protocol (TCP).
反过来，ip层又提供由网际控制报文协议(ICMP)和传输控制协议(TCP)使用的服务。
This paper presents an anonymity algorithm, which dynamically changes source address in IP layer to make a anonymity communications.
提出了一种匿名算法，通过在IP层动态变化源地址，实现匿名通信。
Methods This scheme is the combination of MAC layer handover and IP layer handover, which makes the two layers′ handover execution alternately.
方法通过将MAC层切换和IP层切换有效结合，使MAC层切换和IP层切换交叉进行。
Set forth a cipher synchronization scheme in the connectionless oriented IP layer, also present the state transform map of this secure protocol.
给出了面向非连接通信协议IP层的密码同步的解决方案和安全协议的运行状态图。
Mobile IP is a solution for mobility support based on IP layer, which also has some problems in routing technology such as "triangle routing", ingress filtering.
移动IP是一种基于IP层提供移动支持功能的解决方案，在路由技术方面他还存在一些诸如“三角路由”、入口过滤的问题。
Then the thesis put forward to a kind of security protocol based on trusted third party and a kind of lightweight IP layer security mechanism, and analysed them in details.
然后提出了一种基于可信第三方的安全协议以及一种轻量级IP层的安全机制，对它们进行了详细的分析。
However, owing to some limitations on optical buffer, light splitter, and wavelength converter, optical multicast at optical layer offers different characteristics from those at IP layer.
然而，光层组播由于光缓存、光分束和光波长变换等光器件的限制，呈现出和IP层组播不同的特点。
In this article I have presented the AIX IP filtering capabilities, a useful built-in feature that will allow system administrators to implement an extra layer of security in their servers.
在本文中，我演示了AIXIP过滤功能，这是一项内置的而且很有用的功能，可让系统管理员在服务器中实现额外的安全层。
However, there is only one protocol queue, which is called the IP input queue, for the entire protocol layer.
不过，对于整个协议层，只有一个称为IP输入队列的协议队列。
The OS TCP layer fortunately takes care of splitting the protocol data into TCP segments that avoid IP fragmentation.
幸运的是，OStcp层可以负责将协议数据划分为避免IP分片的tcp报文段。
The interface layer inputs data to the protocol layer through this IP input queue.
接口层通过此IP输入队列将数据输入到协议层。
TCP and IP take up the next two layers and are the transport and network layer, respectively.
TCP和IP占据下面两层，分别是传输和网络层。
Recall that the Internet protocol (IP) is the core network layer protocol that sits below the transport protocol (most commonly the Transmission Control protocol, or TCP).
回想一下，InternetProtocol (IP)是传输协议(通常称为传输控制协议或TCP)下面的核心网络层协议。
This queue is managed bv Linux's "netdevice" layer that sits in-between IP and device drivers.
该队列由Linux的“netdevice”层来管理，它位于IP和设备驱动之间。
IP, located one layer down, at the OSI network layer, or layer 3, communicates the addresses of each packet's sender and receiver to the routers along the way.
IP位于下一层，在OSI的网络层，即第三层，把每个包的发送者和接收者地址告诉一路上各个路由器。
This is the lowest component layer of the Internet protocols, as TCP/IP is designed to be hardware independent.
它在网络协议中是最低级的层次成分，而TCP/IP协议是与硬件无关的。
Focused on the hardware design of the fibre channel link layer, this paper applied modularization thinking in the top-down design process, with relevant IP core interfaces.
以模块化的方式采用自顶向下的设计思路，重点阐述了光纤通道链路层的硬件设计方法，并给出了IP核的相关接口。
When a packet is passed down from the transport layer, IP adds its own header to the packet.
当数据包从传输层向下传递时，IP协议程序把它自己的数据头加到数据包中。
The performance of transport layer protocol is a key issue because of its middle status in IP protocol stacks.
传输层在互联网的协议栈中处于中间位置，其性能的优劣对应用程序有直接影响。
The transport layer connection identifiers are bound to NAI-IP table entries not to IP addresses.
传输层的连接标识绑定到NAI -IP映射表表项而不是IP地址。
IP is the main protocol at the network layer.
IP协议是网络层的主要协议。
Mobile IP is a mobile solution on the network layer. More and more attentions are paid to the security and the application of Mobile IP technology.
移动IP是一种网络层的移动解决方案，它的安全与应用成为人们最为关注的问题。
Mobile IP is a mobile solution on the network layer. More and more attentions are paid to the security and the application of Mobile IP technology.
移动IP是一种网络层的移动解决方案，它的安全与应用成为人们最为关注的问题。
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