The CPU feeds values into registers, which are then utilized to store the locations of the instructions and the data in memory. Using the previous statement as a guide, describe the various registers used for the aforementioned tasks.
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The CPU feeds values into registers, which are then utilized to store the locations of the instructions and the data in memory. Using the previous statement as a guide, describe the various registers used for the aforementioned tasks.
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- MUL & DIV instruction in Assembly Language Table 1 EAX EBX ECX EDX 10H 20H 2H 0H Refer to Table 1 above for the following tasks.Write your own code in Visual Studio 2019 to execute the instruction, then fill in the blanks with the correct value of the registers. Also, note the changes. **Note: Always start with the initial value of the registers given in Table 1 above for each question (a-f) This means you have to execute only one instruction per debugging session e.g. execute MUL BX and then debug and get the values of the registers and then stop. Then start again with MUL CX. Answer all questions in 32bit format XXXX XXXX e.g. 0000 1000 with only one white space in between a. MUL BX EAX EBX ECX EDX Answer Answer Answer Answer b. MUL CX EAX EBX ECX EDX c. MUL AX EAX EBX ECX EDX d. DIV BX EAX EBX ECX EDX e. DIV CX EAX EBX ECX EDX f. DIV AX…The Basic Computer stored a program in their memory unit as shown below. Fill Out the following table with the content of the registers (AC, PC, IR) after each instruction is executed. Note: all numbers are in the hexadecimal. 000 CLA 001 Add 016 AC PC 010 Bun 014 21 013 Halt 014 And 017 015 Bun 013 016 A001 017 DFFFCPUs use values to access memory locations, and certain registers may be used to store instruction and data addresses. With the help of the above statement, please list all of the registers used in the aforementioned processes.
- Data values are used by processors to retrieve data from memory locations, and specialised registers are used to store both instruction and data addresses. The above statement may be used to determine which registers are necessary for the aforementioned activities.The Instruction Set covers several activities, each with its own structure. Distinguish the two.In the following, provide an example of each instruction and explain the syntax:In simple words, describe the final data pointer register.
- Objective Learn the basic structure of an assembly program, Data Memory Map how to read the 8-bit instruction setreference and Address Offset Data become familiar with a few commands. Ob00001000 1 Ob10010011 Ob00000101 2 Lab 3 4 Task 1: Walk through the assembly program below and fill out the data memory map (right). If a value changes during the program, you only need to 7 record the final value. Unless otherwise stated all 8. memory locations contain a value of 0. 10 11 12 :Program for task 1 :Definitions 13 14 .EQU myData=0x21 .DEF config=R4 15 Ob10100101 Ob10111001 16 17 :Main 18 .CSEG 19 .ORG Ox0000 20 LDI R16, Ob00001000 MOV RO, R16 21 22 LDI R16, Ob10010011 MOV R1, R16 23 24 LDI R16, Ob01010101 ANDI R16,Ob00001111 25 26 MOV R2, R16 ORI R16, Ob10100101 LDI R17,20 ADD R17, R16 27 28 29 MOV R3, R16 30 MOV config, R17 OUT O, R3 31 32 CBI 0,1 IN R5,0 STS myData, RO SBI 1, 6 SBI 1,7 LDS R6, myData 33 1. 34 2 35 3 36 4 37 5 38 6.Computer processors use data values to access specific locations in memory, and certain registers are dedicated to storing both instruction and data addresses. You may use the preceding statement to identify the various registers needed for the aforementioned tasks.An complete operation does not need to be in memory before it may be executed, according to the approach of
- MicroprocessorExplain the concept of memory allocation and deallocation in programming. How do dynamic and static memory allocation differ?8- The memory unit of a computer has 2.00E+20 words. The computer has instruction format with four fields; 3- An operation code field, a mode field to specify one of 4 addressing modes, a register address field to specify one of 65 processor registers, and a memory address. i- ii- Specify the number of bits in each field if the instruction occupies one memory word of 32 bits. Opcode Mode Register AR Specify the size of the memory word and the number of bits in each field if the available number of opcodes is increased to 32. word Opcode Mode Register AR iii- Find the size of the new memory in K Bytes (1K=1024 Bytes) Memory size in K Bytes Memory size in K Bytes