路由信息协议

路由信息协议在Linux平台上的实现

Implementation of Routing Information Protocol on the Linux platform

基于IPv6的路由信息协议研究及其实现

Implementation for new routing information protocol based on IPv6

针对RIP路由信息协议不能适用于变化剧烈的网络环境，分析了开放最短路径优先协议OSPF的特点；

As RIP is not fit for the severe change in network environment , this paper analyses the character of OSPF .

下一代路由信息协议是基于IPv6的路由信息协议，该协议作为内部网关协议工作在中等规模的自治系统中和其他协议所不同的是，它并不是为了在复杂网络中使用而设计的。

RIPng is an information routing protocol for the IPv6 . RIPng was designed to work as an internal Gateway Protocol in moderate-size AS 's. It is not intended for use in complex environments .

为了一致性测试Internet网上的一个标准路由信息协议（RIP协议），利用形式描述技术语言E-LOTOS对其进行了描述，然后把文本描述的E-LOTOS转换为GE-LOTOS。

In order to do conformance testing , we describe a standard router information protocol ( RIP protocol ) of Internet using formal description technology E LOTOS .

作为应用于自治系统之间交换域间路由信息的协议，边界网关协议BGP已被广泛地使用。

As a protocol applied to exchange inter-domain routing information between autonomous systems , the Border Gateway Protocol ( BGP ) has been widely used .

文章简要地介绍了下一代网络（NGN）中大规模路由技术电话路由信息协议（TRIP）的特点和发展，主要从TRIP所能完成的功能和其体系结构等方面介绍了该技术。

In this article , the characteristic and applied status of large-scale routing technologies in NGN were introduced briefly . Mainly , the function and architecture of TRIP were presented .

其他的IP多播协议都依靠某些路由协议，如路由信息协议或开放式最短路径先行协议等。

Other IP Multicast protocols rely on certain routing protocols , such as Routing Information Protocol or Open Shortest Path First .

路由表由智能发现协议，如路由信息协议或者开放最短路径优先协议，不断地被建立和再建立。

Routing tables are continuously built and rebuilt by intelligent discovery protocols , such as Routing Information Protocol or Open Shortest Path First .

OSPF是一种基于链路状态算法的路由选择协议，它可以解决RIP（路由信息协议）的一些局限性，例如：较小的路由范围，较长的路由收敛时间和不能反映网络特征的度量。

OSPF is a routing protocol based on link state algorithm . It was designed to overcome some of the limitations introduced by RIP , such as the small diameter , long convergence time , and a metric that does not reflect the characteristics of the network .

正确的路由选择需要知道路由中结点的信息，路由信息协议（RIP）使每个结点知道相邻结点的信息。

Routing Information Protocol ( RIP ) make every node know information of its neighbors .

作为路由器的灵魂&路由协议也面临着更多挑战，尤其是用在自治系统之间来收集路由信息的BGP协议。

The border gateway protocol ( BGP ) which is used among autonomous systems ( AS ) to collect routing information is facing more and more challenges .