1) circle discovery
环路发现
1.
By simplifying the network model, a link state routing algorithm based on circle discovery and a new protocol SERP (sever-based routing protocol) are proposed.
为了解决含有卫星单向链路的路由问题,首先针对卫星直播系统的拓扑结构建立了网络模型,并在简化模型的基础上提出了基于环路发现的链路状态路由算法和一种基于服务器的协议——SERP(sever-based routing protocol)。
2) route discovery
路由发现
1.
In this paper a new algorithm is proposed which promises to deliver solutions to both the problems mentioned above,by using dual cluster head,which is very useful to minimize the use of epidemic algorithms of any sort,thereby saving a lot of resources and also making route discovery more easier.
提出一种能解决以上两种问题的新算法,即在算法中使用双簇首,可以减少任何形式的流行算法的使用,因而节约了许多资源并且使得路由发现更容易。
2.
A new algorithm is proposed that promises to deliver solutions to both the problems mentioned above,by using dual cluster head,which is very useful to minimize the use of epidemic algorithms of any sort,thereby saving a lot of resources and also making route discovery more easier.
本文提出一种能解决以上两种问题的新算法,即在算法中使用双簇首,可以减少任何形式的流行算法的使用,因而节约了许多资源并且使得路由发现更容易。
3.
We (1) analyzed and modeled the route discovery process in small-Ad Hoc, called Sm-AHF model; (2) described the design and implementation of Sm-AHF simulator; (3) simulated and discussed the relationships between several networks parameters (such as average flooding distance etc.
该文(1)分析了小区域AdHoc网络路由发现过程的特点,构建了称为Sm AHF的描述模型;(2)论述了Sm AHF模拟器的设计和实现;(3)模拟并讨论了平均泛洪距离等网络参数与N,p(网络规模、连通概率)之间的关系;(4)将实验数据与理论结果作了比较。
3) path discovery
路径发现
1.
According to the scenarios of fewer nodes with less mobility,a practical approach to Ad hoc based on Bluetooth is proposed,including the design of network routing,application framework and a distributed path discovery algorithm which is easily implemented in L2CAP(logical link control and adaptation protocol) layer of Bluetooth.
针对节点数目较少且节点相对移动性较小的应用场景,给出了一种基于蓝牙的Ad hoc实现方案,包含组网路由设计与上层应用框架设计,提出了一种适于在蓝牙L2CAP层实现的分布式路径发现算法,并构建了实验系统对此方案进行了验证与测试,结合实验系统的测试数据,对蓝牙Ad hoc性能进行了详细的理论推导与比较分析,包含建链耗时分析、带宽与平均时延分析,结果表明,该蓝牙Ad hoc方案适于多跳通信,能很好地承载文本传输、语音通信与视频通信等上层业务。
2.
A path discovery method is suggested to reduce the effect of PKI expansion to the end entities, so as to enhance the availbility.
本文讨论了PKI的向上、向下和水平扩展等三种方式 ,提出了一个路径发现方法来减轻PKI扩展对终端用户所造成的影响 ,以提高PKI服务的可用
3.
A path discovery method is suggested to reduce the effect of PKI expansion on end entities so as to enhance the expansibility of PKI se.
本文探讨了 PKI管理域之内和之间可能的向下、平级和向上三种扩展方式 ,提出使用“路径发现”过程来减少PKI扩展时对端实体的影响 ,从而提高 PKI服务范围的可扩展性。
4) path MTU discovery
路径MTU发现
5) Forward loop
路由转发环路
补充资料：安培环路定律(见磁场强度)
安培环路定律(见磁场强度)
Ampere's circuital law
A rlpe{h口。)11L一dingILJ安培环路定律(Amp之re’5 CirC。ital law)见磁场强度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条