The CPU in a router can process 2 million packets/sec. The load offered to it is 1.5 million packets/sec, if a route from source to destination contains 10 routers, how much time is spent being queued and serviced by the CPUs?
Answer to relevant QuestionsConsider the user of differentiated services with expedited forwarding. Is there a guarantee that expedited packets experience a shorter delay than regular packets? Why or why not?An IP datagram using the strict source routing option has to be fragmented. Do you think the option is copied into each fragment, or is it sufficient to just put it in the first fragment? Explain your answer.A router has the following (CIDR) entries in its routing table: Address/mask Next hop 22.214.171.124/22 Interface 0 126.96.36.199/22 Interface 1 188.8.131.52/23 Router 1 Default Router 2 For ...IPv6 uses 16-byte addresses. If a block of 1 million addresses is allocated every picosecond, how long will the addresses last?Imagine a generalized n-army problem, in which the agreement of any two of the blue armies is sufficient for victory. Does a protocol exist that allows blue to win?
Post your question