Q2 The following code is run on a CPU with No Hazard mitigation. The CPU has a 5 stage pipeline similar to that in Section 4.5. All hazards need to be solved by the programmer (like rearranging code...



Refer to Assembly ArmV7 x87




Q2 <54.5>The following code is run on a CPU with No Hazard mitigation. The CPU has a 5 stage pipeline similar to that in Section 4.5. All hazards need to be solved by the programmer (like<br>rearranging code or by inserting NOPS).<br>MOV R2, #22<br>MOV R1, #11<br>NOP<br>NOP<br>ADD R1, R2, #5<br>ADD R3, R1, R2<br>ADD R4, R1, #15<br>NOP<br>NOP<br>NOP<br>With No Changes to the code, what are the final values in R3 and R4 after the code completes?<br>

Extracted text: Q2 <54.5>The following code is run on a CPU with No Hazard mitigation. The CPU has a 5 stage pipeline similar to that in Section 4.5. All hazards need to be solved by the programmer (like rearranging code or by inserting NOPS). MOV R2, #22 MOV R1, #11 NOP NOP ADD R1, R2, #5 ADD R3, R1, R2 ADD R4, R1, #15 NOP NOP NOP With No Changes to the code, what are the final values in R3 and R4 after the code completes?

Jun 04, 2022
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