[Autogenerated] This brings us to the end of this module.
In this first module we've seen how memories managed
using these chunks called pages.
We can't really manage every single bite and page is
the way to manage memory in windows.
This is known to the memory manager and the processor.
We've looked at the process address space for 64-bit systems.
As these are the systems supported in Windows 11.
We've seen that there are three page states,
we have free committed and reserved, committed means,
memory that we can use and reserve means there's an
address range we might use in the future,
maybe gradually.
And we've seen in more concrete way,
the differences between committed and reserved memory.
In the next model, we continue our exploration of memories,
see how it's used in Windows and how to translate
future addresses to physical addresses.