What is the significance of "network redundancy", and how can it be achieved?

What exactly are we referring to when we speak of a computer network? What components comprise the network as a whole? What are the most important objectives for establishing a computer network?

What are your top three traffic-reduction strategies? What distinguishes them?

I.         Project objective: At the beginning of this course, we discussed network performance. There is no doubt that performance issues can immensely impact the end-user experience and put productivity on hold. Almost every system admin makes it his/her top priority to find out the root cause of performance issues. This is where packet sniffers come into play. The purpose of this project is to establish a sound knowledge base of packet sniffers/analyzers, how they work, and their importance in understanding internet routing.      II.         Project Description: As we discussed in Chapter 2, communication via the Internet is done using a five-layer suite. By using a packet sniffer, we can capture the packets and analyze them at four layers: application, transport, network, and data-link. There is no packet exchange at the physical layer; communication at this layer is done using bits. With the appropriate packet sniffer, you’ll be well-equipped to capture and analyze network…

Describe the network monitor 3.1 software, including its functionality and the many fields in which it may be used. In terms of its features and overall idea, what other software products are there that are comparable to network monitor 3.1?

What is the definition of a computer network? How can I describe the network's overall structure? What are the most important reasons for creating a network?

Explain how the OSI model facilitates network troubleshooting and problem solving?