1) BFR Big Fast Router
大型快速路由器
2) FRR
快速重路由
1.
In order to ensure the reliability of MPLS network, MPLS Fast Reroute (FRR) based on traffic engineering with the ability to provide fast protection and switching LSP capacity.
为了保证MPLS网络的可靠性,MPLS快速重路由技术借助MPLS流量工程的能力,为主标签交换路径(LSP)提供快速保护倒换能力。
3) fast reroute
快速重路由
1.
Fast Reroute and Its Mechanism Realization Based on MPLS Traffic Engineering;
基于MPLS流量工程的快速重路由及其机制实现
2.
To adapt traditional MPLS fast reroute mechanism to deal with multiple element failures in MPLS networks while overcoming its weakness.
分析了传统MPLS快速重路由应对多故障环境的不足,提出一种支持MPLS域并发多故障时快速恢复的重路由策略。
3.
On the basis of analysis on IETF抯 semi-standard fast reroute algorithm, the paper gives a new fast reroute algorithm NEW-FR on MPLS-based traffic engineering and its simulation.
本文在分析了IETF制定的准标准快速重路由算法基础上,设计了一种基于MPLS流量工程的新快速重路由算法NEW-FR,并进行了仿真实验,实验结果和分析表明,该算法具有以下优点:消除了重路由时无共享链路节点对之间资源的双份占用情况、缓和了一次性报文流失序问题、大大降低了重路由切换时延和提高了重路由速度等。
4) fast rerouting
快速重路由
1.
Based on anycast routing,the paper presents a resource-efficient fast rerouting algorithm,which is applied in wireless sensor networks to achieve the information transmitting.
基于选播路由策略,本文提出一种节省能耗和带宽资源的快速重路由算法(RFR)以应用于无线传感器网络的网络通信。
2.
MPLS-based recovery mechanism briefly contains rerouting, protection switching and fast rerouting,but most recent researches focus on the qualitative aspect.
MPLS故障恢复机制主要包括重路由、保护切换和快速重路由,当前研究主要对这三种机制进行定性描述。
3.
Simulation results show that using fast rerouting based on MPLS OAM can efficiently decrease delay of traffic rerouting and improve quality of server in VoIP network,and verify that the scheme has feasibility of achieving optimization of network performance in VoIP.
仿真结果表明,采用基于MPLSOAM技术的快速重路由算法可以有效地缩短流量重路由时间与改进IP语音网络服务质量,验证了基于MPLSOAM技术的FRR算法在VoIP网络系统中实现QoS性能网络优化的可行性。
5) High-capacity router
高速大容量路由器
6) Fast Route Convergence
路由快速收敛
1.
Fast Route Convergence, Competition Strategies and Traffic Modeling for Autonomous Systems;
自治域路由快速收敛、竞争策略和流量特性建模
补充资料：快速路 express way
城市道路中设有中央分隔带，具有四条以上机动车道，全部或部分采用立体交叉与控制出入，供汽车以较高速度行驶的道路。又称汽车专用道。
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