Consider the virtual memory scheme using paging. All numbers shown below andin your answer are in decimal.The page size is 16 bytes.The following table shows several logical addresses of processand their corresponding physical addresses:Logical address Physical address53173595537113997339Show the page table of process 5 (in decimal). Assumeit has only 4 pages.

Here given page size is 16. So each page will have 16 physcial adresses. To calculate the page…

Consider the virtual memory scheme using paging. All numbers shown below and in your answer are in decimal. The page size is 16 bytes. The following table shows several logical addresses of process 5 and their corresponding physical addresses: Logical address Physical address 53 17 35 9 55 37 113 99 73 39 Show the page table of process 5 (in decimal). Assume it has only 4 pages.

Consider the virtual memory scheme using paging. All numbers shown below and in your answer are in decimal. The page size is 16 bytes. The following table shows several logical addresses of process 5 and their corresponding physical addresses: Logical address Physical address 53 17 35 9 55 37 113 99 73 39 Show the page table of process 5 (in decimal). Assume it has only 4 pages.

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

See similar textbooks

Similar questions

Using python what is the totalP.S. pls attach the code
Write a function in MIPS assembly that copy the value of the 8th element of a word array to the 5th element. The starting address of the array is in $s0. Note thatthe index of the array starts with 0; i.e., the index of the 1st element in the array is 0. Please only modify $t0 in the code you write.
The following data segment starts at memory address 1000h (hexadecimal) .data printString BYTE "ASSEMBLY IS FUN",0 moreBytes BYTE 25(DUP)0 dateIssued DWORD ? dueDate DWORD ? elapsedTime Word ? What is the hexadecimal address of dueDate ? a. 1045h b. 1029h c.1010h d. 102Dh
Suppose a malloc implementation returns 8-byte aligned addresses and uses an explicit free list where the next and previous pointers are each 32-bits. Blocks have a 32-bit header and 32-bit footer, where the low-order bit of the header and footer are used to indicate whether the block is allocated (1) or free (0). Furthermore, the block size (which includes the header, payload, footer, and any necessary padding) is rounded up to the nearest multiple of 8, and this size (in bytes) is stored in the header and footer. Assume any padding must be between the payload and the footer.If we call malloc(1), what block size will be allocated, in bytes? With the same conditions as #1, and assuming we've already called malloc(1), if the heap used by malloc starts at address 0x4000 (16384 in decimal), what address would be returned if we then called malloc(32)?
see image
Single instruction computer (SIC) has only one instruction that for all operations our MIPS does. The instruction has the following format. sbn a, b, c # Mems[a]=Mem[a]- Mem[b]; if (Mem[a]<0) go to PC+c For example, here is the program to copy a number from location a to location b: Start: sbn temp, temp, 1 sbn temp, a, 1 sbn b, b, 1 sbn b, temp, 1 So build SIC program to add a and b, leaving the result in a and leaving b unmodified.
Weight 2. A BMI (body mass index) is roughly weight over height square (BMI : Height2 Write Assembly code to calculate average BMI of N students. Relevant data is stored in memory as shown in the example below. Address 10 has the total number of students (N) followed by N weights and heights. Store the computed average BMI at the address 70. For example, if N = 2, the memory contents will be as follows: 0 1 2 |3 | 4 |5 6 10 02 96 05 5A | 06 There are 2 records. Weight and height of the 1s person is 96 and 05 respectively. Similarly, 5A and 06 are the weight and height of the second person. Assume decimal points are ignored and the average will be a rounded integer value. All divisions are integer divisions as well. Please use the Instruction Set of the simulator discussed in class. (http://www.softwareforeducation.com/sms32v50/sms32v50_manual/245-IsetSummary.htm)
An integer array [41,11,121,163] is stored in memory. Each integer has 32 bits. Suppose the first byte of the array data has a hexadecimal address of F8D4A0C8, and the content of the $s4 register is also F8D4A0C8 in hexadecimal. List the integer values in decimal in the array starting with element 0, after the following MIPS code is executed. Separated them by comma, for example, 11,22,33,44. lw $t5, 0($s4) lw $t4, 12($s4) add $t4, $t5, $t4 Sw $t4, 0($s4) Answer:
1. Create a Python programme that uses the multiprocessing method and the Pool object to spawn 10 processes with inputs 1,...,10, and each process calculates and returns the sum of integers up to and including its input.2. Write a Python programme that multiplies matrices to n n using columnwise 1D partitioning. 1. Create a Python programme that uses the multiprocessing method and the Pool object to spawn 10 processes with inputs 1,...,10, and each process calculates and returns the sum of integers up to and including its input.2. Write a Python programme that multiplies matrices to n n using columnwise 1D partitioning.
write assembly x86-64 language File Types c, cpp, and asm
write a program to count the number of data elements equal (FF)H in a set of data starting at address (0100)H and ended with the value of (00)H.
In programming, a pass through a loop is a(n)? A. Scan B. Iteration C. Execution D. None of the above Justify your answer with explanations The number of address lines required to address a memory of size 32k is? A. 15 B. 16 C. 18 D. 14 Justify your answer with explanations