maximum load-balancing命令用来设置进行负载分担的等价路由的最大数量。 undo maximum load-balancing命令用来恢复等价路由的最大数量为缺省值。 缺省情况下,最大等价路由条数为64。 命令格式 maximum load-balancingnumber undo maximum load-balancing 参数说明 ...
maximum load-balancing命令用来设置进行负载分担的等价路由的最大数量。 undo maximum load-balancing命令用来恢复等价路由的最大数量为缺省值。 缺省情况下,OSPFv3协议支持的等价路由的最大数量是8。 产品 支持情况 S5720I-SI、S5735-S、S5735S-S、S5735-S-I、S5735S-H、S5736-S、S5731-H-K、S5731-H、...
maximum load-balancing命令用来配置进行负载分担的最大等价路由条数。 undo maximum load-balancing命令用来恢复最大等价路由条数的缺省值。 缺省情况下,S5720I-SI、S5735-S-X、S5735-S、S5735-S-I、S5735S-H、S6720S-S和S5736-S最大等价路由条数为8,S5731-H-K、S5731-H、S5731-S、S5731S-H、S573...
maximum load-balancing命令用来配置在负载分担方式下的等价路由的最大数量。 undo maximum load-balancing命令用来恢复负载分担方式下的等价路由的缺省数量。 缺省情况下,S5720I-SI、S5735-S、S5735S-S、S5735-S-I、S5735S-H、S6720S-S和S5736-S最大等价路由条数为8,S5731-H-K、S5731-H、S5731-S、S57...
一、maximum load-balancing 1、作用:多条BGP等价路由形成负载分担,实现负载均衡。 2、操作命令 maximum load-balancing #形成负载分担的等价路由的最大条数。 undo maximum load-balancing #恢复为缺省值(缺省值为1,即不进行负载分担)。 3、负载分担详解: 满足如下所有条件的多条BGP路由会成为等价路由,形成负载分担...
run=INSTE8 Step 3.5.5 - Configure SQL*Net for Communication between Sites When adjusting parameters on the production site for DR setup, you created an include file holding TNS service definitions with failover, not load balancing, across RAC instances for each node. Copy that file to the $...
In this paper, a balancing strategy for large-inertia WECSs is proposed based on a flexible MPPT control framework employing a model predictive method. Energy conversion efficiency and power smoothing are both considered under partial-load regime. Firstly, the relationship between conversion efficiency,...
Network operators use TE to obtain different objectives such as load balancing, congestion avoidance and average delay reduction. Plane IP routing protocols such as OSPF, a popular intradomain routing protocol, are believed to be insufficient for TE. OSPF is based on the shortest path algorithm in...
Network operators use TE to obtain different objectives such as load balancing, congestion avoidance and average delay reduction. Plane IP routing protocols such as OSPF, a popular intradomain routing protocol, are believed to be insufficient for TE. OSPF is based on the shortest path algorithm in...
Network operators use TE to obtain different objectives such as load balancing, congestion avoidance and average delay reduction. Plane IP routing protocols such as OSPF, a popular intradomain routing protocol, are believed to be insufficient for TE. OSPF is based on the shortest path algorithm in...