Question

Problem 9.4: Consider a computer that uses simple paging, with main memory of 2^64 bytes, a page size of 2^15 bytes, and 2^15 pages of logical (virtual) memory. Find the number of bits in a virtual address. Also, find the number of bytes in a frame.

Name: problem 94 consider a computer that uses simple paging with main memory of 264 bytes a page size of 215 bytes and 215 pages of logical virtual memory find the number of bits in a virtual add 92357
Uploaded: 2023-11-17T05:59:39-08:00
Duration: 2 min 3 s
Channel: Akash M
Description: problem 94 consider a computer that uses simple paging with main memory of 264 bytes a page size of 215 bytes and 215 pages of logical virtual memory find the number of bits in a virtual add 92357

          Problem 9.4: Consider a computer that uses simple paging, with main memory of 2^64 bytes, a page size of 2^15 bytes, and 2^15 pages of logical (virtual) memory. Find the number of bits in a virtual address. Also, find the number of bytes in a frame.

Added by Gwendolyn H.

Computer Science and Information Technology

Trishna Knowledge Systems 2018 Edition

Instant Answer

Solved by Expert Akash M

11/17/2023

Step 1

Step 1: Calculate the number of bits needed to represent the page offset: - Since the page size is 2^15 bytes, we need 15 bits to represent the page offset. Show more…

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Problem 9.4: Consider a computer that uses simple paging, with main memory of 2^64 bytes, a page size of 2^15 bytes, and 2^15 pages of logical (virtual) memory. Find the number of bits in a virtual address. Also, find the number of bytes in a frame.