ANAWER ALL!! 2. Understand why network layer addresses are logical, rather than

Question

ANAWER ALL!! 2. Understand why network layer addresses are logical, rather than physical 3. Describe why a mesh network is reliable 4. Discuss why packets may take different paths to destinations 5. Describe both why and how fragmentation occurs at L3, and reassembly process 6. Describe what ping is used for, as well as traceroute. Describe how they work, and what they were designed for. 7. Describe the structure of an IP packet in terms of encapsulation. 8. Describe the hierarchy of IP addresses
ANAWER ALL!! 2. Understand why network layer addresses are logical, rather than physical 3. Describe why a mesh network is reliable 4. Discuss why packets may take different paths to destinations 5. Describe both why and how fragmentation occurs at L3, and reassembly process 6. Describe what ping is used for, as well as traceroute. Describe how they work, and what they were designed for. 7. Describe the structure of an IP packet in terms of encapsulation. 8. Describe the hierarchy of IP addresses
ANAWER ALL!! 2. Understand why network layer addresses are logical, rather than physical 3. Describe why a mesh network is reliable 4. Discuss why packets may take different paths to destinations 5. Describe both why and how fragmentation occurs at L3, and reassembly process 6. Describe what ping is used for, as well as traceroute. Describe how they work, and what they were designed for. 7. Describe the structure of an IP packet in terms of encapsulation. 8. Describe the hierarchy of IP addresses

Explanation / Answer

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Mesh networking connects each node to at least two other nodes. This involves more cabling but it allows the network to heal itself automatically when a break occurs, so there's no interruption of service to any node. And it is quite reliable, as there is often more than one path between a source and a destination in the network.

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