Determine result of the operation or contents of the destination, machine code, and the address ranger after determining themachine code. If 32-bits register is needed and only 16-bits are given, append multiple F on the most significant bits beforeperforming the operation stated. For displacement and immediate value, use hexadecimal. Write the displacement right afterthe modregR/M. Use single space in between bytes.Example:Contents of the destination: DX=1234 or 12345=AA12346=BBMachine Code: 1001001 01111100 AB CD EE FF(opcode.dw modregR/M displacement)Address Range: 12345-12346Instruction type: data transfer (small leters only)13JPG...SS = BCEFHES - DASFHDI = DCCFHSI = CEFAHBP - 8EEFHAX = EFEDHDX = 9CF8HIP = 8BC4HBX = 7ECDH CS = E8FAHCX = FE04HDS = C7DBHSP = 9DDCHDIV [DI+CDFEH]13BJPGPHY.PHY.PHY.PHY.PHY.ADDADDADDADDADDE74FOH 13HD3B74H BEHD3B75H| 051HDCB74H 54HD7D9EHFFHF5OCOH05HDCB78H DCHD7D9FHBDHE74EFH24HF5OBFHBCHFSOBEH 87HFSOBDH F7HDCB78HDED7DAOH FCHE74EEHOSHD3B76H 8/HDCB77H 9DHD3B77H ACHD3B78H| FEHD3B79H| 52HD7DAIH FDHE74EDH BCHDCB76HFEHD7DA2H 57HE74ECH 46HF50BCH 52HD7DA3H 68HE74ЕВН | 57НE74EAH 87HDCB75H 76HF5OBBH11HDCB74H32HD7DA4H 79HFSOBAH 84HD3B7AH 03HContents of the destination: Blank 1Machine Code:Blank 2Address Range: Blank 3Instruction type: Blank 4Blank 1Add your answerBlank 2 Add your answerBlank 3Add your answerBlank 4Add your answer

Name: Determine result of the operation or contents of the destination, mac
Uploaded: 2024-03-20T06:51:23.000Z
Channel: Bartleby
Description: Determine result of the operation or contents of the destination, machine code, and the address ranger after determining themachine code. If 32-bits register is needed and only 16-bits are given, append multiple F on the most significant bits before

Please check the step 2 for solution

Engineering

Computer Science

etermine result of the operation or contents of the destination, machine code, and the address ranger after determining the hachine code. If 32-bits register is needed and only 16-bits are given, append multiple F on the most significant bits before erforming the operation stated. For displacement and immediate value, use hexadecimal. Write the displacement right after he modregR/M. Use single space in between bytes. Example: ontents of the destination: DX=1234 or 12345=AA,12346=BB lachine Code: 1001001 01111100 AB CD EE FF(opcode.d.w modregR/M displacement) ddress Range: 12345-12346 nstruction type: data transfer (small letters only)

etermine result of the operation or contents of the destination, machine code, and the address ranger after determining the hachine code. If 32-bits register is needed and only 16-bits are given, append multiple F on the most significant bits before erforming the operation stated. For displacement and immediate value, use hexadecimal. Write the displacement right after he modregR/M. Use single space in between bytes. Example: ontents of the destination: DX=1234 or 12345=AA,12346=BB lachine Code: 1001001 01111100 AB CD EE FF(opcode.d.w modregR/M displacement) ddress Range: 12345-12346 nstruction type: data transfer (small letters only)

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

Suppose, 3BD15 H is a particular physical location, and 1234 is the value of the offset.What should be the base address of the segment? Will there be any problems with this base address? Please give your workings and your opinion in this matter. Suppose, you want to design a Microwave and are in need of a processing unit. Would you choose to use a microprocessor or a microcontroller for this purpose? Explain with logic.
Consider the following two operations: (a) PC = PC + 4; (b) PC = PC + offset (offset is a positive or negative multiple of 4).Which of the following statements is true? a In the MIPS architecture, operation (b) is done by performing operation (a) as many times as required. b Operation (a) requires about 1/2 as much hardware to implement as does operation (b) c Operation (a) is simply done by replacing the right-most two bits of PC with 00. d Since (a) is a special case of (b), these two operations require the same hardware to implement.
What are the contents of the 25 memory bytes starting at address A, in hex, on a machine that uses Little Endian? (Hint: “a”=061h) Consider the following .data segment: A dw 0AAFFh B db 051h, 0CCh, 0EEh C times 3 dw -23 D dd -177 E db "e", -5, "c", 0 F times 2 dw -17 G dw 0EEh
Let's pretend for a moment that we have a byte-addressable computer with 16-bit main memory addresses and 32-bit cache memory blocks, and that it employs two-way set associative mapping. Knowing that each block has eight bytes, please calculate the size of the offset field and provide evidence of your calculations.
Answer the given question with a proper explanation and step-by-step solution. DON'T COPY PAST (f-bit) Suppose the size of logical address space is 2^1.MB, physical memory size is 2^8 MB, and page/frame size is 2^6 KB? How many bits will be used for frame number (what is f)? (Note: 2^a means 2 to the power a).
You have 48-bit Logical Address Space if offset size is 8KB, show how four level sheme can be implemented? Do not draw fiqure, only write each level how many bits?
Create a memory mapping from the cache memory of 512 MB to the main memory of 4 GB using the four-way set associative approach with a block size of 1 MB. Consider that each memory location may be accessed using a byte address.
This question is on Computer Architecture. Translate the following arithmetic and logical expressions written in C programming language intoinstructions sequences written in MIPS Assembly language. You may assume that the values (orbase addresses) of the variables a, b, c, and d are in the general-purpose registers $s0, $s1,$s2, and $s3. 1. d[3] = a - b + c[7];2. c[5] = (a << 3) & (b >> 2);Here, <<, >>, and & indicate the bitwise left-shift, right-shift, and AND operations respectively.
a. Find the address accessed by each of the following instructions. If DS = 0100H, BX= 0120H, DATA = 0140H, and SI = 0050H and real mode operation:1. MOV DATA[SI], ECX2. MOV BL, [ BX+SI]b. Descriptor contains a base address of 00260000H, a limit of 00110H, and G = 1,determine starting and ending locations are addressed by the descriptor for aCore2.
Q1. a) Let us assume that the CS and IP values of the base and offset of an ISR are 1230h and 2000h. The ISR is 10 lines of code where each line takes 4 bits to be stored. At which address, shall we find the IRET instruction? b) Describe the complete process of how an interrupt of type n (INTn) is serviced.
1. Suppose 8 bit registers have following contentsX=00001111Y=10101010Z= 11011011W=00110011What will be the 8 bit values of each register after execution of following sequences ofmicrooperations ?X ← ? + ?Z←Z⋀ ?, ? ← ? + 1X←X-Z
Q3 Consider a swapping system in which main memory contains the following hole sizes in memory order: 10K, 4K, 20K, 18K, 7K, 9K, 12K, and 15K. Which hole is taken for successive segment requests of (a) 12K, (b) 10K and (c) 9K for Next-Fit? Assume the last allocated hole is 20K.