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Which command displays the commands used to configure the routing protocol on this router?
The command used to display the commands that configure the routing protocol on a router is show running-config. This command provides a comprehensive view of the current configuration, including any routing protocols like OSPF, EIGRP, or BGP. To focus specifically on routing protocols, you can also use show ip protocols, which summarizes the active routing protocols and their settings.
Which command correctly starts routing process in cisco router?
To start the routing process on a Cisco router, you typically enter the command router [routing_protocol] in global configuration mode, where [routing_protocol] could be protocols like rip, ospf, or eigrp. For example, to start the OSPF routing process, you would use the command router ospf [process_id], where [process_id] is a unique identifier for the OSPF process. This command enables the routing protocol and allows for configuration of related settings.
Which command will determine whether auto-summarization is in effect for RIP?
To determine whether auto-summarization is in effect for Routing Information Protocol (RIP), you can use the command show ip protocols. This command will display the routing protocol settings and indicate whether auto-summarization is enabled or disabled. Look for the line that specifies "auto-summary" in the output. If it is present, auto-summarization is enabled; if not, it is disabled.
What does the passive command provide to dynamic routing protocols?
Perhaps you mean the "passive-interface" command in Cisco routers; what this does is that no information related to the routing protocol will be sent through the specified interface. For example, the interface that connects your network to the ISP should not carry any routing protocol information, since the routing protocol is only useful within your company's network.
What is routing in networks?
This is when network routes are manually entered into a router's configuration, as opposed to using a routing protocol to automatically determine routes.
How do you stop rip routing updates?
To stop RIP (Routing Information Protocol) routing updates, you can use the "passive-interface" command on routers to prevent the interface from sending RIP updates. This command can be applied to specific interfaces using the router configuration mode. Additionally, you can disable RIP entirely by removing the RIP configuration from the router or using the "no router rip" command. Finally, implementing route filtering with access control lists (ACLs) can also help control the propagation of RIP updates.
What is static routing in networking?
This is when network routes are manually entered into a router's configuration, as opposed to using a routing protocol to automatically determine routes.
What are the fuctions of the network command?
it start the routing protocol on interfaces. it allows the router to advertise a network.
What is the process of sending routes from one routing protocol to another routing protocol?
The process of sending routes from one routing protocol to another is known as route redistribution. This involves configuring a router to accept routes learned from one routing protocol (such as OSPF or EIGRP) and advertise them into another routing protocol. To do this, network administrators typically use redistribution commands in the router's configuration, specifying the source and target protocols. Care must be taken to manage metrics and prevent routing loops during this process.
Which command allows you to review the status of configured IP routing protocols on a device?
show ip protocol
What protocol is RIP?
RIP stands for routing information protocol. It is an intra domain routing protocol.
What are the parameters set during routing configuration?
During routing configuration, key parameters typically include the routing protocol (such as OSPF, EIGRP, or BGP), the network topology, and metrics for path selection like bandwidth and delay. Additional parameters may involve administrative distances, route summarization, and filtering rules to control which routes are advertised or accepted. Security settings, such as authentication methods for protocol exchanges, may also be configured to ensure secure communications between routers. Lastly, specific interfaces and IP address ranges may be defined to establish routing domains.
