It is essential that you have a solid understanding of the distinction between an operating system and the applications or programs that it supports. You begin by providing a few illustrations, and then you go on to talk about the characteristics that each of those illustrations has.

If you were writing code for a real-time operating system, how would you organize it? In what ways do you want to limit the system's functionality? In the future, you should prepare for the sorts of scenarios that might result in longer reaction times than intended. There may be a delay in responding to requests for information stored in memory.

A high-level overview of real-time operating systems is going to be presented right now, before we go on to more specific examples. The second step is to set it out from a typical operating system by highlighting the exceptional qualities that it has. How quick is it, and how stable is it?

Any design criterion that may be necessary has access to the operating system's microkernel. How much does this technique vary from the modular method?