4. What will r0 and r1 contain after each of the following instructions? Consider the instructions in sequence. Give your answers in decimal format. mov r0,#1 @ r0 =_____________ mov r1,#0x30 @ r0= _____________ r1= _____________ orr r1,r1,r0 @ r0= _____________ r1= _____________ lsl r1,#0x2 @ r0= _____________ r1= _____________ orr r1,r1,r0 @ r0= _____________ r1= _____________ eor r0,r0,r1 @ r0= _____________ r1= _____________ lsr r1,r0,#3 @ r0= _____________ r1= ______________
4. What will r0 and r1 contain after each of the following instructions? Consider the instructions...
3) (5) What value will the carry flag contain after these instructions: a) MOV R1,#3 MOVS R2, R1, LSR #1 b) MOV R1,#2 MOVS R2, R1, LSR #1 4) (5) Will this instruction update the flags in the CPSR? ADD R1, R0, #1 Alo it Why or why not?
ASSEMBLY CODE NEED ASAP WILL RATE RIGHT AWAY all Verizon 6:48 PM What will r2 contain after the execution of the following instructions assuming that the instructions are executed independently? given that initially r2=0XFFFFFFFF r1=0xFF00FF00 and r0= 0xF7 1) MVN r2, 0x7E000000 2) EOR r2,rO,r1; 3) ROR r2,ro,#2; 4)MLA r2,r2,r2,rO 5) RRX, r2,r& initial carry flag =1 6) MOV r2,(14<<3) 7)ASR r2,r1,#1 8)LSL r2,r1,#3 9) LAR r2,r1,#3
Suppose we have a hypothetical processor, of which each register has only five bits. r0 = 0b11101 and r1 = 0b10110. What are the N,Z,C, and V flags of the following instructions? Assume initially N = 0, Z = 0, C = 1, V = 0, and these instructions are executed independently (1) ADDS r3, r0, r1 (2) SUBS r3, r0, r1 (3) EOR r3, r0, r1 (4) ANDS r3, r1, r1, LSL #3
show, the values of RO and R1 (4 bytes, in hexadecimal), after each of the instructions in the code fragment below are executed sequentially. R1 Ox00000000 MOV RO, #00 MOV R1, #01 ADD RO, RO, R1 ADD RO, R1, #100 MOV R1, #OxE800 ORR R1, R1, #100 SUB RO, R1, #0x80
Assume SP = 0x20001010 before the following instructions are executed: MOV R0, #0 MOV R1, #1 MOV R2, #2 PUSH {R0, R1, R2} After these instructions execute: What is the value of the SP? _________________ What is the value of the following memory locations (place X in the blank if it cannot be calculated): Address 32-bit Data 0x2000101C ____________ 0x20001018 ____________ 0x20001014 ____________ 0x20001010 ____________ 0x2000100C ____________ 0x20001008 ____________ 0x20001004 ____________ 0x20001000 ____________
Registers R1 and R2 of a computer contain the decimal values 12000 and 6000 respectively. What is the Effective Address of the memory operand in each of the following instructions? i) MOV 20(R1), R5 ii) STORE R5, 30(RF1,R2) iii) LOAD #3000, R5 iv) ADD -(R2),R5
Consider the following operations: A B- C The corresponding assembly code instruction list generated by a compiler are 1 load [%r0 +4], %r1 2 load [%r0 + 8], %r2 3 sub %r1, %r2,%r3 4 load [ZrO + 12], %r4 5 add %r3, %r4 , %r5 6 store %r3, [%r0 + 16] 7 store %r5, [%r0 + 20] a) Identify the potential pipeline hazards. (10 points) b) State if the found hazards can be eliminated and if so propose a scheme...
Please help by showing steps. Question 4. (continued) (b) Consider a 16-bit binary number stored in AVR registers r15:r14 which the programmer considers to be a two's complement value. (r15 holds the most significant byte, r14 holds the least significant.) Write down a sequence of AVR assembly language instructions which perform each of the following operations The result should end up in r15:r14. Other registers can be used freely if required i) Sets r15:r14 to the constant value-1 (2 marks)...
3.13 If rl - OXEAD 11FD and r2 - 16, what is the value of 0 after each of the following instructions has been executed (assume that each instruction uses the same data)? (a) ADD r0, rl, rl, LSL #2 (b) ADD YO, rl, rl, ASR #4 (c) ADD r0, ri, r1, ROR A?
Helloo Who can help with this problem Consider the following DLX assembler program: start: LW R1, 2020 (R0) ADD R2, R0, R0 ADD R5, R0, R0 loop: LW R3, 1000 (R2) ADDI R2, R2, # 4 SEQ R4, R1, R3 BEQZ R4, loop2 ADDI R5, R5, # 1 loop2: SEQI R4, R2, # 1000 BEQZ R4, loop end: SW 2000 (R0), R5 STOP Give in a short sentence what the program calculates And do not forget to comment each line