The Basic Computer stored a program in their memory unit as shown below. Fill Out the following table with the contentof the registers (AC, PC, IR) after each instruction is executed.Note: all numbers are in the hexadecimal.000CLA001Add016ACPC010Bun01421013Halt014And017015Bun013016A001017DFFF

Answer: The contents of AC, PC and IR, after the implementation of given program in memory unit of…

Answered: ter stored a program in their memory…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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1. Execute the foiiowing instructions by hand, then find the final centents of X, Y and memory locati $C159 to $C159. Moving a Block of Memory from One Location to Ancther Algorithm Description In this prograH, we want to move the contents of block 1 ($CI00 to $CIO7) to block 2 ($C150 to'? This means that the contents of $C100 (44H) will move to the contents of $C150 and overwrite them and so on. After executing the program, the contents of the two blocks should be same. Remember, when we write any new data over existing data, the latter will be lost and replaced by the new data. MOve.aSm STARTI · EQU $C100 EQU $CI.07 EQU $C150 : END START2 ORG $CO00 #STARTI #START2 ;x points to 1st byte in block 1 :Y points to 1st byte in block 2 ;get data from blockl ;stoře ít in block2 ;incremerit 1st poi.nter ¡increment 2nd pointer ;reached bottom of the b • LDX LDY AGATN LDAA 0,X STAA 0,Y Memory Cido INX - INY CPX #END AGALN ;no, branch 05 37 57 67 BNE END A ¡yes, stop CI04
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Use the unsigned multiplication algorithm to multiply the unsigned binary numbers 0110 by 1000. Note : For each step show the contents of the registers and the operation performed. Your answer should be written in this tabular format. (You can draw the table in the given answer box OR can upload image of your answer) Iteration Step Multiplier Multiplicand Production
Assembly Language x86: a procedure called "SubtractThenAdd" which does the following: takes the EAX, EBX, and ECX registers as arguments computes this value: EAX = (EAX - ECX) + EBX returns the result inside of EAX uses PUSH and POP instructions or the USES operator to ensure that EBX and ECX retain their original values after the procedure You must include the entire procedure definition, from the PROC directive to the ENDP directive. Do not define or use any additional variables or registers other than EAX, EBX, and ECX.
Assume the following shows the initial contents of registers and memory locations: REGISTER CONTENTS R1 0011 0000 0010 0001 R2 0000 0000 0000 0000 R3 0000 0000 0000 0000 ADDRESS CONTENTS 0x3020 0x3021 0000 0000 0000 0011 0000 0000 0000 0100 0x3022 0000 0000 0000 0101 9 pts The machine program below adds some of the integers in the memory shown above. Which ones and in what order depends on the details of the machine instructions. 0х3000 0x3001 0x3002 0x3003 0x3004 0001 010 010 1 00011 0000 010 000000100 0110 100 001 000000 0001 011 011 0 00 100 0001 010 010 1 11111 0x3005 0000 111 111111011 0x3006 1111 0000 0010 0101 Your task is to carefully trace the execution of the machine instructions above to determine the consecutive changes to R3. (Enter your 16-bit answers in hex like the following example: Ox2A3F)
Determine the output of the following Pep/9 machine language program. The left column is the memory address of the first byte on the line: 0000 D10013 0003 F1FC16 0006 D10014 0009 F1FC16 000C D10015 000F F1FC16 0012 00 0013 4A6F 0015 79
Given the following data segment, write the statements to copy the value in num1 into num2 and store num1*2 in num3. Do not use the LA instruction. .data . word num2: .word num3: .word numl: 16 32 64
After the ROR instruction is executed in the code sequence below, what is the final value for AL? MOV AL, 1000 1111b ROR AL, 2 a. The answer is 1110_0111. Ob. The answer is 1100_0011. Oc. The answer is 1110_0011. Od. The answer is 1110_1011.
QUESTION 14 Use the following table to provide the Machine Language instruction based on the Programmer instruction found below Operation Add contents Subtract contents Load contents of memory into register Store contents of register into memory Move contents Programmer Instruction a. R0=R1+R2 b. R0=R1-R2 c. R3-MM5 d. MM5=R3 e. R1=R0 Machine Language Instruction 101000100 RR RR RR 10100100 RR RR RR 100000010 RR MMM 100000100 RR MMMM 100100010000 RR RR
14
PROGRAM 4: Double TableWrite the program in HLA. Using the ROL instruction to perform multiplication, write a program to produce a double table. This table should be built from a single int8 value provided by the user and print 3 rows from the starting value, each offset by one from the starting value. In that column, the pattern of doubled numbers should be calculated by ROL instructions. For example, the following output should be produced when the user inputs the starting value 4:Gimme a starting value: 4Double Table4: 8 16 325: 10 20 406: 12 24 48 For example, the following output should be produced when the user inputs the starting value 12:Gimme a starting value: 12Double Table12: 24 48 9613: 26 52 10414: 28 56 112 (Note: To receive full credit, you must use ROL to solve this problem.) (Hint: Again, please don't worry too much about the spacing in the table. As with the prior week's assignment, the goal is to practice working with HLA...
A program consists of 100,000 instructions as follows: Integer arithmetic Data transfer Floating-point arithmetic Control transfer Instruction Type M1 - 400 MHz M2 - 800 MHz Processor Type of Instruction, IC, and CPI Instruction Count decimal places) 45,000 decimal places) 36,000 10,000 9,000 Execution Time Determine the program execution time, the effective CPI for the machine, and the MIPS rate for the following processors. (each box is 2 points except CPI) seconds (round to 5 4 seconds (round to 5 5 10 3 Cycles per Instruction Type of instruction, IC, and CPI CPI (round to 2 decimal places) MIPS rate (Whole number only with round up) (Whole number only with round up)

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