Solve 11+ IPv4 Addressing, Subnetting, NAT and Fragmentation previous year questions for GATE CS with answers and detailed solutions. Free sample questions be
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Solve 11+ IPv4 Addressing, Subnetting, NAT and Fragmentation previous year questions for GATE CS with answers and detailed solutions. Free sample questions below.
Imagine trying to drive a large truck through a tunnel that is too short. The truck must be disassembled, shipped in smaller pieces, and reassembled at the destination.
In networking, the Maximum Transmission Unit (MTU) is that tunnel size limit. It is the maximum size of a data frame that a network link can transmit. When an IP datagram is larger than the MTU of a link, a router must fragment it into smaller pieces to cross that link. The destination host is solely responsible for reassembling these pieces back into the original datagram.
If an IP network uses a subnet mask of 255.255.240.0, the maximum number of IP addresses that can be assigned to network interfaces is __________. <i>(answer in integer)</i>
An ISP having an address block 202.16.0.0/15 assigns a block of 6000 IP addresses to a client, using the classless internet domain routing (CIDR) super-netting approach. Which of the following address blocks can be assigned by the ISP?
Which of the following statements about IPv4 fragmentation is/are TRUE?
Which one of the following CIDR prefixes exactly represents the range of IP addresses 10.12.2.0 to 10.12.3.255?
Which of the following fields of an IP header is/are always modified by any router before it forwards the IP packet?
Consider sending an IP datagram of size 1420 bytes (including 20 bytes of IP header) from a sender to a receiver over a path of two links with a router between them. The first link (sender to router) has an MTU (Maximum Transmission Unit) size of 542 bytes, while the second link (router to receiver) has an MTU size of 360 bytes. The number of fragments that would be delivered at the receiver is _________
Which of the following fields is/are modified in the IP header of a packet going out of a network address translation (NAT) device from an internal network to an external network?