1) long routing
长路由
1.
This paper presents a method of Path Optimizing Strategy(POS) to solve the phenomenon of long routing, which is existing in Mobile Ad Hoc Network(MANET) of AODV routing protocol.
针对移动AdHoc网络中现有AODV路由协议中存在的长路由现象,提出一种路径优化策略,以缩短路由长度,避免优化过程中不必要的通信中断,实现无缝切换。
2) wavelength routing
波长路由
1.
Optical fiber self-healing network based on wavelength routing of fiber gratings;
基于光纤光栅波长路由的光纤自愈网
2.
In this article, the difference between WBS and traditional wavelength routing is given and two types of multi-granularity optical cross-connect (MG-OXC) architectures are analyzed.
文章指出了WBS和传统波长路由的不同之处,对WBS的两种多粒度光交叉连接器结构进行了分析。
3.
Due to the application of the WDM technology, wavelength routing network have several times of capacity as normal single wavelength network, and with routing by wavelength, the efficiency of lightwave in such network is mush higher than that in broadcast-select network.
波长路由网络是波分复用网络的一种,它是基于波长来选择路由。
3) routing length
路由长度
1.
The algorithm involves the topology of RPR network and the information of resource usage, makes full use of the static request information, considers carefully routing cost and corresponding routing length.
目前城域RPR网络是单信道网络,不能满足数据业务的需求问题,本文在提出了在RPR网络中引入WDM技术思想的基础上给出的负载均衡动态路由算法,充分使用了用户带宽需求的静态信息、RPR网络拓扑结构、路由成本和相应的路由长度的动态信息。
4) long-haul route
长途路由
5) routing table length
路由表长度
6) Wavelength router
波长路由器
1.
Design and implementation of DWDM wavelength router network control and management system
DWDM设备中波长路由器网络控制管理系统的实现
2.
By designing the input and the output side of the flat focal field AWG symmetrically,a new-type AWG wavelength router with both flat input field and flat focal field is obtained.
设计了频率间隔为200GHz的9×9通道平场AWG波长路由器,光场传输模拟结果显示,所有波长的输出信号均聚焦在与传输方向垂直的一条直线上,验证了平场设计的正确性。
3.
Then, by explaining that the optical "micro electro-mechanical systems (MEMS)" would be the best devices, the paper describes their applications in wavelength routers, in optical crossconnects, and in optical switching successively.
文中依次介绍光的微电机系统在光波长路由器、在光交叉连接和在光交换设备中的广泛应用。
补充资料:长路
1.远路。
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