CNT 206 Lab 12-01-IPv6(3)

When Internet traffic reaches a server with a routable IP address, (say for example, the BMCC’s web server) explain in detail (1-2 pages - using your own words) the process for locating the final destination of the internal network computer that will be receiving the Internet traffic and how the ARP protocol plays a key role. Our course eBook (Kurose and Ross) has a detailed discussion on this topic. Please read pages 478-480  Link Layer Addressing and ARP;  also read pages 480-483 on the  Address Resolution Protocol (ARP).

w ith reference to the Internet MIB-II group Figure below, state the object Identifier for the following nodes: Internet Experimental mib-2 system ip icmp tcp transmission

Explain in detail (1-2 pages - using your own words) the process for locating the final destination of the internal network computer that will be receiving the Internet traffic and how the ARP protocol plays a key role when Internet traffic reaches a server with a routable IP address (say, the BMCC's web server). This topic is covered in depth in our course eBook (Kurose and Ross). Please study the pages 478-480 on Link Layer Addressing and ARP, as well as the pages 480-483 on the Address Resolution Protocol (ARP).

Q4: With reference to the Internet MIB-II group Figure below, state the object Identifier for the following nodes: Internet Experimental mib-2 system ip icmp tcp

With reference to the Internet MIB-II group Figure below, state the object Identifier for the following nodes: · Internet · Experimental · mib-2 system · ip · icmp · tcp · transmission.

Iterative and non-iterative DNS queries, authoritative and root servers, and DNS entries are all covered here. This extensive overview covers the Domain Name System (DNS) from iterative to non-iterative queries to authoritative and root servers and DNS entries.

What Are the Benefits and Drawbacks of the Three Types of Routing Tables?

4- The Transmission Control Protocol (TCP) is known to be one of the most important protocol used in computer networks. It helps to understand and analyse the protocol most effectively and monitor and capture the traffic using a protocol analyser. Using Wireshark capture, analyse the TCP, identify source and destination MAC address, source and destination IP address, and show the full working out of your experiment in a logical structure.

Sort the TCP/IP protocol stack layers by importance. Can layers be mixed or separated? If so, why? You ordered that way—why? Helpful scale: 1 is the most crucial aspect, while 5 is the least.

Dive deeper into the concept of subnetting by elaborating on Classful and Classless IP addressing, subnet masks, and CIDR (Classless Inter-Domain Routing).

What is an Internet Protocol (IP) address? What are mnemonic addresses and how do they work? How many distinct domains may be represented using a 32 bit representation? Is there a maximum number of computers that may be included in a domain?

The IP address of a computer acts as its own personal fingerprint on the Internet. Why do we need mnemonic addresses, and how do they work? With a 32-bit representation, how many different domains are possible? The maximum number of computers that may be part of a single domain is.

The Internet Protocol (IP) address is like a fingerprint for a machine. How do these mnemonic addresses work, exactly? When using a 32-bit representation, how many different domains are possible? How many computers may join a single site?

Considering each of the TCP/IP protocol stack layers and rank them in the order you feel they are most important. Can one or more of these layers be combined or separated? Would your ordering be affected based upon what type of data is being transmitted, why or why not? Defend why your choice of ordering is the way you have stated. Use the following scale: 1=most important and 5= least important.

To begin, what is an IP address and how does it work? Is there a reason to use mnemonic addresses? How many domains can be represented in a 32-bit representation? Exists a limit to the size of a domain in terms of the number of computers it can hold?

Discuss the concept of NAT (Network Address Translation) and its use in private and public IP addressing.

And how, in terms of scale and managerial leeway, would one best put hierarchical structures to use? Address space (AS) routing and inter-AS routing are defined and discussed. What is "hot potato" routing, and how does it function?

Discuss the importance of the Address Resolution Protocol (ARP) in mapping IP addresses to physical MAC addresses.