2. How can we determine if an IPV4 packet is carrying an ICMP packet? 3. A router receives an IPV4 packet with source IP address 130.45.3.3 and destination IP address 201.23.4.6. the router cannot...


2. How can we determine if an IPV4 packet is carrying an ICMP packet?<br>3. A router receives an IPV4 packet with source IP address 130.45.3.3 and<br>destination IP address 201.23.4.6. the router cannot find the destination IP<br>address in its routing table. Which ICMP message should be send?<br>4. TCP receives a segment with destination port address 234. TCP checks and<br>cannot find an open port for this destination. Which ICMP message should be<br>send?<br>5. How does ICMPV6 different from the original version? What are the essential<br>functions?<br>6. There 6 types in the extension header of IPV6. Explain each one of them.<br>

Extracted text: 2. How can we determine if an IPV4 packet is carrying an ICMP packet? 3. A router receives an IPV4 packet with source IP address 130.45.3.3 and destination IP address 201.23.4.6. the router cannot find the destination IP address in its routing table. Which ICMP message should be send? 4. TCP receives a segment with destination port address 234. TCP checks and cannot find an open port for this destination. Which ICMP message should be send? 5. How does ICMPV6 different from the original version? What are the essential functions? 6. There 6 types in the extension header of IPV6. Explain each one of them.

Jun 10, 2022
SOLUTION.PDF
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here
Have files?