Answer 4, 5 and 6 only !! ( NO PLAGARISM) Assume the following scenario for multi-level paging used by a process that has following: a. Logical Address = 64 bits b. Page size = 1 M Byte c. Page table entry size = 4 Byte d. System is byte addressable. calculate the following. 1. Logical Address Space? 2. Maximum number of page table entries in a single page? 3. How many levels of page table entries will be used? 4. Compute the size of page tables at each level? 5. Compute the number of entries in a single page? 6. Compute the number of pages
Answer 4, 5 and 6 only !! ( NO PLAGARISM) Assume the following scenario for multi-level paging used by a process that has following: a. Logical Address = 64 bits b. Page size = 1 M Byte c. Page table entry size = 4 Byte d. System is byte addressable. calculate the following. 1. Logical Address Space? 2. Maximum number of page table entries in a single page? 3. How many levels of page table entries will be used? 4. Compute the size of page tables at each level? 5. Compute the number of entries in a single page? 6. Compute the number of pages
Chapter4: Processor Technology And Architecture
Section: Chapter Questions
Problem 2PE: If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the...
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Answer 4, 5 and 6 only !! ( NO PLAGARISM)
Assume the following scenario for multi-level paging used by a process that has following:
a. Logical Address = 64 bits
b. Page size = 1 M Byte
c. Page table entry size = 4 Byte
d. System is byte addressable.
calculate the following.
1. Logical Address Space?
2. Maximum number of page table entries in a single page?
3. How many levels of page table entries will be used?
4. Compute the size of page tables at each level?
5. Compute the number of entries in a single page?
6. Compute the number of pages
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