在一个层次上，这意味着数据的同步和异步通信、路由、转换和高速分布、以及网关和协议转换器等等。
At one level, this means things such as synchronous and asynchronous communications, routing, transformation, high speed distribution of data, and gateways and protocol converters.
它也无法处理服务调用、协议转换、中介，以及请求路由。
It also does not handle service invocations, protocol translations, mediations, and request routing.
网关组件为服务路由、协议转换以及安全担当着中央控制点的角色。
The gateway component acts as a central control point for service routing, protocol transformation, and security.
支持服务路由和替换、协议转换以及其他的消息处理。
Support service routing and substitution, protocol transformations, and other message processing.
文章首先讨论了虚拟路由集群中arrp协议的功能、优点、工作原理以及校园网所需的对应网络拓扑结构。
The article firstly discusses the functions, advantages and work principles of ARRP protocol in virtual route cluster, and the network topological structure needed by campus network.
简单介绍了广域网性能参数，并描述了几种改善网络性能的方法，包括TCP调节、路由调整以及采用高级TCP协议等。
This paper describes some parameters relationship to the WAN performance, and the means for the WAN performance improvement, Including TCP Tuning, Route Tuning and New TCP Protocol.
本文主要研究移动自组网络中内部攻击对网络性能的影响以及安全路由协议。
This paper mainly discusses the influence of network performance under internal attacks in MANET and security routing protocol.
接着概述现有的平面、层次以及位置辅助路由协议或算法并做了必要的分析和比较；
Second existing routing protocols or algorithms are outlined and compared as the classification of plane, hierarchical as well as the position aided ones.
AODV是一种按需路由协议，具有控制负载低、耗电量低以及带宽开销低等优点。
AODV is an on-demand routing protocol with low control of load, low power consumption and low bandwidth overhead.
部署路由和信令协议、作为一种可行的技术来实现自动化，以及运行长期部署的控制平面软件等SDN应用已经有了很大的需求。
The application of SDN to deployed routing and signaling protocols and as a viable technology to automate and operate long deployed control plane software is now really gaining traction.
多个交换单元以及输入输出端口模块以一定的拓扑结构和内部协议连接就构成了路由器内部的交换网。
The certain topology which interconnected by switching modules, input and output modules, and internal protocol constitutes the internal switching network in a router.
本论文在分析了VANET和MANET的特点以及VANET的研究现状的基础上继续深入研究了VANET的一个重要方面即VANET下的路由协议。
In this paper, author analyzed the characteristics of VANET and MANET, and then further studied an important aspect of VANET - the routing protocols of VANET.
路由聚合、路由重发布以及其他路由策略是BGP - 4协议必须实现的重要功能，本文深入讨论了实现这些功能的相关问题。
Route aggregation, routing redistribution and some other routing policies are the key abilities and must be implemented for BGP-4. The paper also discusses these routing polices deeply.
比如在配置中拼错单词或在你的路由协议配置遗漏了还回配置的前缀，以及遗漏细小的实验项目要求等。
Think about small mistakes such as typos in configuration lines, missing a loopback prefix in your routing protocol, or missing a small requirement in an exam item.
核心路由器可能应用于各种环境，它必须提供多种路由协议，包括RIP、OSPF、IS-IS以及BGP等内部和外部网关路由协议。
As core router may be used in all kinds of environments, it must implement multiple routing protocols, including RIP, OSPF, IS-IS, BGP and other Interior or Exterior routing protocols.
针对空基网中节点负载失衡以及吞吐量低下的问题，提出基于负载均衡的优化路由协议。
Aiming at the problems of load imbalancing and lower throughout, this paper proposes an optimal routing strategy based on load balancing in airborne Ad Hoc network.
指出了IP网络中二层网络设备和三层网络设备的安全性问题以及当前路由协议的一些安全隐患。
We point out security problems in layer-2 and layer-3 devices in IP networks and hidden troubles in the current versions of certain kinds of routing protocols.
本文首先介绍了无线传感器网络的体系结构及其协议栈、分析比较了现有的MAC层和路由层协议，讨论了无线传感器网络的主要能量消耗和性能指标，以及无线传感器网络的空间相关特性。
On the other hand, the energy of the sensor node is limited and unrechargeable. It is an important significance of which exploits spatial correlation in WSN on the MAC and route protocol.
根据分析结果，论文中提出了对于SEND协议及其扩展的实现的概要设计，分别描述了主机节点以及路由器节点上的系统框图以及状态转移图。
Then, by using the results of the analyses, the preliminary design of the implementation of SEND protocol and its extension on a LINUX system is proposed.
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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