$1.$ Consider the Simple Memory System given in Lectures $19-20$ with $14-$bit virtual addresses, and $12-$bit physical addresses, with a page size of $26=64$ bytes:

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$$ Page Table $($only first $16$ entries of $256)$ Translation Lookaside Buffer $($TLB$)(16$ entries, $4-$way$)$

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Use the Simple Memory System above to complete the following address translation problems to convert the given Virtual Address to the corresponding Physical Address. Note that all table values are given in hexadecimal format. Complete the virtual address and other fields.

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$$ Virtual Address: $0$x$023$A

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VPN $\_\_\_\_\_\_$ TLBI $\_\_\_\_\_\_$ TLBT $\_\_\_\_\_\_$ TLB Hit? $\_\_\_\_\_\_$PPN: $\_\_\_\_\_\_\_$

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Physical Address: $\_\_\_\_\_\_\_\_\_\_\_\_$

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$$ Virtual Address: $0$x$0$AF$6$

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VPN $\_\_\_\_\_\_$ TLBI $\_\_\_\_\_\_$ TLBT $\_\_\_\_\_\_$ TLB Hit? $\_\_\_\_\_\_$PPN: $\_\_\_\_\_\_\_$

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Physical Address: $\_\_\_\_\_\_\_\_\_\_\_\_10.(15$ pts$.)$ Consider the Simple Memory System given in Lectures $\backslash (19-20\backslash )$ with $14-$bit virtual addresses, and $12-$bit physical addresses, with a page size of $\backslash (2^\{6\}=64\backslash )$ bytes:

Page Table $($only first $16$ entries of $256)$ Translation Lookaside Buffer $($TLB$)(16$ entries, $4-$way$)$

Use the Simple Memory System above to complete the following address translation problems to convert the given Virtual Address to the corresponding Physical Address. Note that all table values are given in hexadecimal format. Complete the virtual address and other fields.

Virtual Address: $0$x$023$A

VPN

TLBI

TLBT

TLB Hit?

PPN:

Physical Address:

Virtual Address: $0$x$0$AF$6$

VPN

TLBI

TLBT

TLB Hit?

PPN:

Physical Address: