Where exactly inside the network will the physical and virtual networking equipment be handled and configured, respectively?

When should a network change be scheduled, and for how long should it last?   If a network upgrade is to be arranged, when should it happen and for how long?

What are the key differences between utilising a subnet mask and subnetting when it comes to designing your network?

Where inside the network will the equipment for both physical and virtual networking be put and where will it be maintained?

In a complex network scenario, explain the benefits of using VLAN Trunking Protocol (VTP) and the potential risks associated with it.

The CIA trend will be defined and discussed in detail, as will the three CSMA protocols and how they are implemented in traditional Ethernet.

Why is an understanding network "traffic load" so important? Who needs to know and why? What are some of the most often-encountered network ports and their associated services? Is it possible to simply extrapolate from these common ports to characterize the overall traffic pattens and loads?

The Open Systems Interconnection (OSI) Reference Model defines seven layers that describe standards from the physical wire all the way up to the application interfaces on computers. Each layer has a specific function, common among all devices, and a specific way of communicating with the layer above and the layer below in the stack. Answer the following questions: Why is it important to wireless networking to understand the layers of the OSI Reference Model? Fully address the questions in this discussion; provide valid rationale for your choices, where applicable; and respond to at least two other students’ views.    use at least two scholarly articles.

The TCP/IP application layer is the OSI model's combined session, presentation, and application layers. Why

How long should a network transition last, and when should it happen?