vrrp

  • 网络虚拟路由器冗余协议;热备份;虚拟路由冗余;虚拟路由冗余协议;路由冗余协议
vrrpvrrp
  1. Design and Application of Core Switch Redundant System Based on VRRP

    基于VRRP的核心交换机冗余系统的设计与应用

  2. Research and Practice of the Application on High Reliability Data Center Based on VRRP

    基于VRRP高可靠性数据中心的应用研究与实践

  3. Basic Concept and Implementation Environment Analysis of VRRP

    VRRP的基本概念及实施环境分析

  4. Design and Realization of Coupling of VRRP and Monitoring Functions

    VRRP与监测功能联动的设计与实现

  5. Reliability design of network based on vrrp + mstp protocols

    基于VRRP+MSTP协议的可靠性网络设计

  6. Using VRRP to Solve the Interoperability Problem of Heterogenous Devices

    巧用VRRP解决异种设备互通问题

  7. How to Control Multi-broadcast Flow in VRRP Network

    如何有效控制VRRP网络系统中的组播流量

  8. VRRP protocol and the improved re-commissioning , operation , and ultimately passed the test showed that the improvement and optimization of protocols to solve the case after the basic problem .

    并对改进后的VRRP协议重新进行调试运行,最终通过测试表明,在对协议进行改进和优化后基本能解决案例中存在的问题。

  9. All the protocols such as IPSTB , HSRP and VRRP provide the function of redundance for static route , but they don t provide load balance well .

    HSRP和VRRP协议均实现了静态路由的热备份,但都没有很好地解决负载均衡的问题。

  10. Planning MPLS domain in IP MAN , with such methods as flow share and network copy , APDP , MPLS rapid reroute , and VRRP , time to recover network breakdown is shortened .

    在IP城域网中规划MPLS域,通过流量分担和网络备份、APDP、MPLS快速重路由、VRRP等方法,加快了网络故障恢复的时间。

  11. Results In vivo rabbit heart , by increasing left ventricular afterload , VRRP 、 VERP and VFT were significantly decreased than pro-occlusion ( P < 0.05 or 0.01 ), but refractory period dispersion was significantly increased than that ( P < 0.05 or 0.01 );

    结果在在体兔心脏模型,增加左室后负荷,VRRP、VERP、VFT较夹闭前明显降低(P<0.05或P<0.01),但RRPd、ERPd较夹闭前明显升高(P<0.05或P<0.01);