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What is the command to find out which path or route packets travel across a network?
Use traceroute (tracert) or pathping
You would like to view the network path that is taken by packets across your internal routers before exiting your LAN and heading out into the Internet. commands will show the route that packets t?
To view the network path taken by packets across your internal routers, you can use the traceroute command (or tracert on Windows). This command will display each hop that packets take from your device through the internal routers until they exit the LAN. Additionally, you can use the ping command to test connectivity and latency to specific internal IP addresses.
Which network device can route packets based on intelligent decisions?
Switch
Which option sHow is how a router will route packets to a remote network?
http://wiki.answers.com/Q/Which_option_sHow_is_how_a_router_will_route_packets_to_a_remote_network"
Which layer is responsible for determining the best path a packet should travel across an internetwork?
The layer responsible for determining the best path a packet should travel across an internetwork is the Network layer, which is Layer 3 of the OSI model. This layer uses routing protocols and algorithms to analyze network conditions and select the most efficient route for data packets. Devices such as routers operate at this layer to facilitate the forwarding of packets between different networks.
What tracert utility does?
The tracert (or traceroute) utility is a network diagnostic tool used to track the path that packets take from a source to a destination across an IP network. It works by sending packets with progressively increasing Time to Live (TTL) values, which allows it to identify each hop along the route and report the response time from each intermediary device. This helps users analyze network performance, identify bottlenecks, and troubleshoot connectivity issues.
What is reactive routing protocol in manet?
It is a protocol which tries to find route from source to destination only on-demand...This type of protocols finds a route on demand by flooding the network with Route Request packets. The main disadvantages of such algorithms are:High latency time in route finding.Excessive flooding can lead to network clogging.
What is routing and forwarding?
Routing is the process of determining the optimal path for data to travel across a network from the source to the destination. It involves making decisions based on routing protocols and algorithms to find the best route. Forwarding, on the other hand, is the actual movement of packets along the selected path, where network devices, like routers, direct incoming packets to their appropriate outgoing interfaces. Together, routing and forwarding ensure efficient data transmission across complex networks.
Which layer of the OSI can route packets to eliminate problems like network congestion?
If you are talking strictly about routing, then layer 3 (the Network layer). There are some routing protocols, usually known as link-state routing protocols that are aware of network congestion problems and can re-route as necessary. Network congestion is not restricted to routing alone, however. At layer 4 (Transport Layer) there is a facility known as flow control, which can pause a sending network if the receiving network is too busy to accommodate all the packets.
What are the advantages of Router?
Routers allow data packets to travel faster on a computer network. This is by determining the shortest and best route between the sending and receiving nodes.
What are the function of brouter?
A brouter is a device .this brouter functions as both a bridge and a router. It can forward data between the networks serving lika a bridge, but can also route data to individual systems within a network...
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.
