7 Assume virtual memory management with demand paging: the following program is loaded and staysin frame 15 and 16 throughout the entire program execution; also assume the page size is 100 words,the Data Array, A is 100 by 100 words6)For I=1 to 100 doFor J=1 to 100 doAJ = 0How many page faults would occur if program hasa) 1 frame allocated for datab) 99 frames allocated for dataPART TWOFor I=1 to 100 doFor J=1 to 100 doA[J,I] = 0How many page faults if program hasa) 1 frame allocated for datab) 99 frames allocated for data

6) Part One: Page size =100 words Data Array A[i][j] size is 100*100 words = 10000 words Since…

6) Assume virtual memory management with demand paging: the following program is loaded and stays in frame 15 and 16 throughout the entire program execution; also assume the page size is 100 words, the Data Array, A is 100 by 100 words For I=1 to 100 do For J=1 to 100 do A[LJ) = 0 How many page faults would occur if program has a) 1 frame allocated for data b) 99 frames allocated for data PART TWO For I=1 to 100 do For J=1 to 100 do A[J,I ] = 0 How many page faults if program has a) 1 frame allocated for data b) 99 frames allocated for data

6) Assume virtual memory management with demand paging: the following program is loaded and stays in frame 15 and 16 throughout the entire program execution; also assume the page size is 100 words, the Data Array, A is 100 by 100 words For I=1 to 100 do For J=1 to 100 do A[LJ) = 0 How many page faults would occur if program has a) 1 frame allocated for data b) 99 frames allocated for data PART TWO For I=1 to 100 do For J=1 to 100 do A[J,I ] = 0 How many page faults if program has a) 1 frame allocated for data b) 99 frames allocated for data

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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