A _____ is a device that forwards packets between networks by processing the routing information included in the packet.

Related MCQs

• A is a device that forwards packets between networks by processing the routing information included in the packet.
• Station A needs to send a message consisting of 9 packets to Station B using a sliding window (window size 3) and go-back-n error control strategy. All packets are ready and immediately available for transmission. If every 5th packet that A transmits gets lost (but no acks from B ever get lost), then what isthe number of packets that A will transmit for sending the message to B?
• Station A needs to send a message consisting of 9 packets to Station B using a sliding window (window size 3) and go-back-n error control strategy. All packets are ready and immediately available for transmission. If every 5th packet that A transmits gets lost (but no acks from B ever get lost), then what is the number of packets that A will transmit for sending the message to B?
• In a packet switching network, if the message size is 48 bytes and each packet contains a header of 3 bytes. If 24 packets are required to transmit the message, the packet size is .
• In a packet switching network, if the message size is 48 bytes and each packet contains a header of 3 bytes. If 24 packets are required to transmit the message, the packet size is ________.
• Which of the following to keep track of the individual units of data (called packets) that a message is divided into for efficient routing through the Internet.
• Which of the following to keep track of the individual units of data (called packets) that a message is divided into for efficient routing through the Internet.
• If there are N routers from source to destination, total end to end delay in sending packet P(L->number of bits in the packet R-> transmission rate)
• Which packet is NOT an OSPF packet type?
• The main contents of the routing table in datagram networks are ___________