Answer some questions but need help answering the rest.

Part I

Consider a computer that you have used or now use. $($You may make an assumption on word size if needed.$)$

$$ How large is the memory of the computer? $8$ GB

$$ How long is a word in the computer above? $64$ bits

$$ How many bits are required to address the bytes in that memory? $32$ bits

$$ How many data lines are required to read data from the computer memory? $64$ data lines

Part II

$$ Does your computer have cache? Yes

$$ If so how big is it$?4$MB

$$ How does your cache size compare with the size of main memory?

$$ Do you know what kind of cache it is$?$

$$ How did you find out about your computer's cache?

Make an assumption that your cache is either:

$$ Fully associative

$$ Direct mapped

$$ Two$-$way set$-$associative

$$ Four$-$way set$-$associative

Using the relationships in Part I above, determine:

the size of the Tag and Word for Associative cache;

OR

the size of the Tag, Line, and Word for Direct$-$Mapped Cache ;

Or

the size of Tag, Set, and Word for K$-$Way Set$-$Associative Cache.

You may make any assumptions necessary including the number of Words in each block $($recommend $2$ or $4$ or $8)$

Part III

Given the following:

$$ Logical Memory size of $1000$

$$ Physical Memory size of $2000$

$$ Page $($and frame$)$ size of $100$

$$ Block A contains data for a program

Select Block A$\text{'}$s size and its starting point in both memories. Then write the page table for Block A based on your selections.

See below for the layout of both memories and an example of Block A of size $200.$

Logical Memory Physical Memory

location$/$ page location$/$frame$`1$