重路由的英文

• heavy route
• heavy-route

• "重"英文翻译    weight
• "路由"英文翻译    route
• "重路由电路" 英文翻译 :    heavy-route circuit
• "重路由站" 英文翻译 :    heavy route station
• "子秒重路由" 英文翻译 :    sub second rerouting
• "重路由地面站" 英文翻译 :    heavy-route earth station
• "重路由长途电话" 英文翻译 :    heavy route toll telephone
• "重路由电话通信" 英文翻译 :    heavy route telephone message
• "重路" 英文翻译 :    primary circuit; shigemichi
• "重路由站大容量地面站" 英文翻译 :    heavy route station
• "重路径" 英文翻译 :    heavy-route
• "路由" 英文翻译 :    route◇路由选择 routing; route selecting
• "多重路线法" 英文翻译 :    multiple path; multiplepath
• "水镇重路碾" 英文翻译 :    water-ballast roller
• "动态多重路径" 英文翻译 :    dynamic multi-pathing
• "自动重路选择" 英文翻译 :    automatic re-routing
• "多重路径数据访问" 英文翻译 :    mux data path multiplexor
• "多重路线指派模式" 英文翻译 :    multipath traffic assignment model
• "路由表" 英文翻译 :    route table; routing chart; rt routing table
• "路由层" 英文翻译 :    router level
• "路由号" 英文翻译 :    route number
• "路由码" 英文翻译 :    direction code; route code
• "路由器" 英文翻译 :    brouter; irouter ip; network path-control devices; routers
• "路由区" 英文翻译 :    ra routing area; routing area
• "路由权" 英文翻译 :    routing metric

• Qos rerouting mechanism in ngi
  重路由机制
• Sub second rerouting
  子秒重路由
• The essential function of db2 v8 . 2 s client reroute capability is to move a database connection from one sever to another
  Db2 v8 . 2客户机重路由特性的重要功能是将数据库连接从一台服务器转移到另一台服务器。
• 2 . all kinds of fast reroute algorithms based mpls traffic engineering are discussed . a novel mpls fast rerouting algorithm is presented in detail
  2 .分析基于mpls流量工程的各种快速重路由算法的实现机制,在现有算法的基础上提出了一种分布式的mpls快速重路由算法。
• Db2 version 8 . 2 introduced a new feature , client reroute , enhancing db2 s native client server communication abilities . to implement this feature you will need db2 version 8 . 2 clients and servers
  Db2 version 8 . 2引入了一个新特性，即客户机重路由（ client reroute ） ，该特性增强了db2的本地客户机/服务器通信能力。
• Topics include internetworking philosophies , unicast and multicast routing , congestion control , network quality of service , mobile networking , router architectures , network - aware applications , content dissemination systems , network security , and performance issues
  课程内容包括互联网架构阶层、单一及多重路由、拥塞控制、网络服务质量、移动网络、路由架构、网络感知程序、内容传播系统、网络安全及效能问题。
• In order to solve the qos constrained multicast routing in mpls network , including bandwidth , delay , delay jitter , loss rate and cost , we construct a globally optimizing ant algorithm . based on the ant algorithm and qos , we study and develop an algorithm which can repair the multicast routing tree when the network multicast links fail . this algorithm can make traffic rerouting , recover network from failure and improve the ability of resilience
  本文探讨了在mpls网络中，使用蚂蚁算法解决了包含带宽、延时、延时抖动、包丢失率和最小网络费用等约束条件在内的服务质量组播路由问题；并且在考虑服务质量的基础上，研究并设计了在网络出现链路故障之后，对组播路由树进行补救的算法，使得网络的业务流可以重路由，网络故障得到恢复，提高了网络的恢复力。
• There is an important problem for the wdm network which is the traffic on the wdm network is dynamically variable , as a result , if the traffic on the virtual topology has changed , the performence of the network such as average number of weighted hops , the throughput of the network , the congestion of the network will decline , obviously , this is not acceptable for both the network administrators and network clients . in this thesis , the research of the plan of the wdm network under dynamically variable traffic can be classified into two main directions
  Wdm光传送网是下一代高速广域骨干网的最具竞争力的候选者,但是, wdm网络存在的一个重要问题是在wdm网络上运行的业务量是动态变化的,这造成的结果是最初通过搭建光路设计好的光网络虚拓扑在新的业务量矩阵下它的性能如网络平均权重路由跳数,网络负载均衡性,网络拥塞等性能指标都有可能下降,这显然是各个网络运营商和网络用户所不能忍受的。
• To analyze the factors of impacting load balancing of links , which is including the number of routes between source node and destination node , the number of routes through every link , the maximum flow between source node and destination node , the maximum flow through every link , the free bandwidth of every link and so on , we present the fast dynamic routing algorithm ( fdra ) and the critical link routing algorithm ( clra ) . simulation results show presented algorithms in the paper are better than other algorithms in reject ratio of the traffic requests and performance of rerouting the traffic requests when a link is failure , especially in computing time cost
  通过分析影响网络的链路负载均衡的因素,比如源-目的节点间的最大流,通过每条链路的最大流,源-目的节点间的路径数目,通过每条链路的路径数目,以及链路的剩余容量等,提出了快捷动态路由算法fdra和关键性链路路由算法clra ,通过仿真,与最小跳算法( mha ) 、最宽最短路径( wsp )算法、最小干扰路由算法( mira )相比较,提出的两种算法在业务阻塞率、资源利用率以及重路由性能方面都有很好的效果。
• The main expression of the mpls supporting ip qos technology is that it ' s supporting on interserv and diffserv . the introducing of interserv and diffserv is put in the first chapter , the signalings adopted by these two services mainly are rsvp and cr - ldp , the introducing of the rsvp and cr - ldp are put in the 3rd chapter , in this chapter , we described the constrained routing technology of cr - ldp , the message realized in cr - ldp , the t / l / v in cr - ldp , the development of the rsvp - te , how to extend the rsvp to surpport lsp tunnel , the detail information of the rsvp tunnel , the extended rsvp how to establish a lsp tunnel , how to transmit the business through lsp , how to reroute the existing lsp and so on . adopting these two signaling technology on how to guarantee the mpls qos realization is put into chapter 4 . the final part is a conclusion of this paper
  Mpls对ipqos技术的支持主要体现在对集成服务和差分服务的支持上，对集成服务和差分服务的介绍放在第一章中进行，实现这两种服务所采用的信令技术主要有rsvp和cr - ldp ，对rsvp和cr - ldp的介绍将放在第三章中进行，在这一章中对cr - ldp所采用的限制路由技术， cr - ldp中的消息实现， cr - ldp所采用的流量参数； rsvp - te的发展， rsvp怎样扩展来支持lsp隧道， rsvp隧道信息详细资料，扩展的rsvp如何建立一条lsp隧道，业务如何通过lsp传输，现有的lsp如何进行重路由，为internet核心而增强的lsp可扩展性这几个方面进行了论述。