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What else can I help you with?
Will a router that is configured with a classless routing protocol determine the subnet mask that should be assigned to routes that are learned from neighboring classless routers?
A router running a classless routing protocol (Such as OSPF) will send the subnet mask in its route updates to its neighboring routers.
What is a network interface print device?
The routers are configured with different versions of RIP. R2 is not forwarding the routing updates. The R1 configuration should include the no auto-summary command. The maximum path number has been exceeded.
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.
When should distance vector routing be used?
Distance vector routing is used when the network is simple and has no hierarchical design. Examples of distance vector routing protocols are RIP and IGRP.
What are most common dynamic routing protocols?
Dynamic routing protocols are "languages" routers use to communicate the details and status of networks to which they are connected. Examples include RIP, OSPF, EIGRP, BGP and IS-IS.They are called dynamic because they can respond to network changes, such as a failed link, a new link or in some cases a change to a link (perhaps a changed bandwidth value). This is in contrast to a static route, which an administrator must type in manually and which cannot automatically respond to network changes.Two routers must be running the same routing protocol to exchange route information; RIP cannot talk directly to OSPF, for example. The router admin must enable the routing protocol, then instruct the router which of its connected networks it should advertise to other routers running the same protocol.
Why Enable RIP v2 routing and advertise the participating networks?
The whole idea of a routing protocol, such as RIP, is that routers learn about other networks (those that are not directly connected) automatically. This reduces the amount of configuration needed, and allows the routers to adapt to changing conditions. For example, if a certain route is not available, an alternate route - should one exist - will be enabled.The whole idea of a routing protocol, such as RIP, is that routers learn about other networks (those that are not directly connected) automatically. This reduces the amount of configuration needed, and allows the routers to adapt to changing conditions. For example, if a certain route is not available, an alternate route - should one exist - will be enabled.The whole idea of a routing protocol, such as RIP, is that routers learn about other networks (those that are not directly connected) automatically. This reduces the amount of configuration needed, and allows the routers to adapt to changing conditions. For example, if a certain route is not available, an alternate route - should one exist - will be enabled.The whole idea of a routing protocol, such as RIP, is that routers learn about other networks (those that are not directly connected) automatically. This reduces the amount of configuration needed, and allows the routers to adapt to changing conditions. For example, if a certain route is not available, an alternate route - should one exist - will be enabled.
Which routing protocols should the administrator use?
A network administrator needs to configure a single router to loadbalance the traffic over unequal cost paths. Which routing protocol should the administrator use? ** RIPv2
Will US xbox360 wireless adaptor work on your European xbox360?
The adapters are all the same, all configured to work with similar routers. The routers used between the US and EU are not much different so the adapter should work fine.
Explain any two dynamic routing algorithms?
Dynamic or adaptive Routing algorithms in contrast change their routing decisions to reflect changes in topology and usually the traffic as well Dynamic routing attempts to solve this problem by constructing routing tables automatically, based on information carried by routing protocols, and allowing the network to act nearly autonomously in avoiding network failures and blockages. Dynamic routing dominates the Internet. However, the configuration of the routing protocols often requires a skilled touch; one should not suppose that networking technology has developed to the point of the complete automation of routing.
What is the function of the EIGRP routing protocol on the network layer of the OSI model?
A routing protocol basically allows routers to tell each other about available routes, updating the information regularly. Enough information is provided so that a router can choose between two or more different routes, should such alternative routes exist.A routing protocol basically allows routers to tell each other about available routes, updating the information regularly. Enough information is provided so that a router can choose between two or more different routes, should such alternative routes exist.A routing protocol basically allows routers to tell each other about available routes, updating the information regularly. Enough information is provided so that a router can choose between two or more different routes, should such alternative routes exist.A routing protocol basically allows routers to tell each other about available routes, updating the information regularly. Enough information is provided so that a router can choose between two or more different routes, should such alternative routes exist.
Should wireless routers have encryption?
If you are concerned about information security, wireless security protocols add some small level of protection. If you are not concerned about it then encryption is an extra level of hassle.
Operations of router in terms of control plane?
The control plane of a router is responsible for managing the routing decisions and the exchange of routing information between routers. It utilizes protocols such as OSPF, BGP, and RIP to build and maintain a routing table, which determines the best paths for data packets. This layer handles tasks like network topology discovery and route computation, enabling the router to efficiently direct traffic across the network. Essentially, the control plane orchestrates how data flows through the network by determining where packets should be sent based on current network conditions.
