help with this cmputer architecture program please Suppose the state of the RAM is as follows and the adjacent assembly codewill execute:RAM031@5122A=M203A=A+13364A=A+155D=M101916A=A+1647M=DWhat will be the value of the RAM[4] following the assembly codeexecution?

AnswerAnalysis of the ProblemThe goal is to determine the value of RAM[4] after executing a series…

Answered: Suppose the state of the RAM is as…

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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According to the memory view given below, if RO = 0x20008000, then LDRSB r1, r1 = ?(data overlay big endian)? Memory address Data Øx20008002 ØXA1 Øx20008001 ØXB2 Øx20008000 ØxC3 ØX20007FFE ØXD4 ØX20007FFE OXE5 (Ctrl) A-R1 = 0XC3 B-R1 = 0x000000C3 C-R1 = OXC3000000 D-R1 = 0xffffffC3 E-R1 = OxC3ffffff
Design a Read Only Memory (ROM) to implement the following, A097803, polynomial A=3(2x2 +1), with input (x): 0≤(x)≤7 (a) What is the size of the initial (unsimplified) ROM ? (b) What is the size of the final (simplified) ROM ? (c) Show in detail the final ROM layout, using LogiSim.
Design a simple memory of type RAM starting from address 0011 to 0111 (N) with memory width (W) is 8 cells and each cell can be presented in three bytes. Find the total size of this memory? *
Suppose the state of the RAM is as follows and the adjacent assembly code will execute: RAM 0 3 1 2 2 0 فيا 3 6 456 5 1 4 1234567 $1 A = M A = M A = M D = M @4 M = D What will be the value of the RAM[4] following the assembly code execution?
Design a Read Only Memory (ROM) to implement the following, A097803, polynomial A=3(2x2 +1), with input (x): 0≤(x)≤7 (a) What is the size of the initial (unsimplified) ROM ? (b) What is the size of the final (simplified) ROM ? (c) Show in detail the final ROM layout, using LogiSim.can you do letter C using Logisim APPthank you!
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Using 8086 microprocessor assembly language
SUBJECT: OPERATING SYSTEM
For the assembly language program and memory map given below, Assembly LOADI RO, -1 Memory Loc Machine Code 00101111 LOADI R1, -3 1 00111101 ADD RO, RO ADDI R1, 2 ADDI RO, 3 SRO RO, R1 ADD R1, RO 7 01000010 3 01110010 01100011 10001100 4 01010010 10000010 SRO RO, RO Trace the program execution for 4 Fetch/Decode/Execute cycles. Enter the register contents in the spaces provided. Assume all registers are initialized to zeros at the start of the execution. Further, assume that execution starts at memory location 0. Note: ALL answers must be given in BINARY not decimal form. RO: R1: PC: IR: OUT: IN:
Consider the following LEGV8 assembly code. Find the C code version of the assembly code fragment. Assume that the variables f, g, h, i, and j are assigned to registers X0,X1,X2,X3, and X4, respectively. Assume that the base address of the arrays A and B are in registers X6 and X7, respectively. ADDI X9, X6,#8 ADD X10,X6,XZR STUR X10.[X9,#0] LDUR X9.[X9,#0] ADD XO,X9,X10
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Assume that an interrupt mechanism uses the hardware stack to store PC and other registers of the interrupted computations. The interrupt mechanism recognizes 4 interrupt vectors IV [1], IV [2], IV [3], IV [4] initialized by addresses of their corresponding ISRI=1.4. The elements of the hardware stack are a record R, where each field stores a specific CPU register (R.PC is the field, which stores the program counter PC and so on). The Hardware stack is manipulated using the standard stack operation Pop, Push, EmptyStack. a) Explain how the CPU detects an interrupt signal I and what actions should be taken ? b) Write the initial and final sequences of instruction of a given ISR I. (Transparency). c) Write the ISR4 such that whatever number of interrupted computation (in the stack) it gives the control to the first one interrupted.

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Suppose the state of the RAM is as follows and the adjacent assembly code will execute: RAM 0 3 1 @5 1 2 2 A=M 2 0 3 A=A+1 3 3 6 4 A=A+1 5 5 D=M 10 19 1 6 A=A+1 6 4 7 M=D What will be the value of the RAM[4] following the assembly code execution?