Operating system architecture is layered: This method's strengths and cons? Why not illustrate your argument with a photo?

In terms of computer architecture, what are the main distinctions between time-sharing and distributed systems? Are you able to contrast and compare them?

You should first make a list of the challenges you expect to encounter when building the framework, and then you should look into the challenges and stumbling blocks you expect to encounter while incorporating each of the possible solutions. The problems that have been brought forward could be solved via cloud computing. Is it necessary to pay great attention to every occurrence, regardless of how familiar it seems?

You should start by making a list of the problems you'll face while building the framework. Then, you should look into the problems you'll face when putting each of the possible answers you're considering into the framework into action. Can the problems be solved by cloud computing? Should you pay attention to things that are like them or just forget about them?

What is the actual distinction between the system space and the user space?

After that, define computer environment in your own terms and describe THREE different computing environments that may be found in this situation, starting with the most fundamental.

You may assess the viability of the proposed framework additions after you have anticipated the challenges and bottlenecks that would arise during development. Is cloud computing the answer to fixing these problems? How much should I value their opinion, and how much can I safely disregard?

This is the layered architecture of an operating system. Exactly what are the pros and cons of using this method? Give an instance to illustrate your idea.

The term "application virtualization" needs clarification.

In terms of the operating system, what are the key differences between time-sharing and distributed systems? How do they stack up against one another?