Consider a HW ISA program P1 with the following Instruction Memory IM:a. fill in the execution table for program P1 using the IM. Use the same notational conventions used in the example execution table for P0 below. Any numbers beginning with 0x will be interpreted as hexidecimal; any numbers not beginning with 0x will be interpreted as decimal.b. Show the final values of the registers R2, R3, and R4 when the program execution halts. Again, any numbers beginning with 0x will be interpreted as hexidecimal; any numbers not beginning with 0x will be interpreted as decimal. Execution tablePC InstructionΟΧΟBEQ R2, R3, 30x2ADD R2, R1, R20x4SUB R3, R1, R30x6JMP 0ΟΧΟBEQ R2, R3, 30x2 ADD R2, R1, R20x4 SUB R3, R1, R30x6JMP 00x0BEQ R2, R3, 3 PC0x8HALTState ChangesPCPC+2 = 0+2 = 2 (because 3 = R[2] != R[3] = 7)R[2] R[2]+R[1] = 3+1 = 4; PC ← PC+2=2+2 = 4PC+2 = 4+2 = 6R[3] R[3]-R[1] = 7-1 = 6; PCPC 2*0 = 0←←PC PC+2 = 0+2 = 2 (because 4 = R[2] != R[3] = 6)R[2] ← R[2]+R[1] = 4+1 = 5; PC ← PC+2 = 2+2 = 4R[3] R[3]-R[1] = 6-1 = 5; PC - PC+2 = 4+2 = 6PC 2*0 = 0←←←←PC+2+(2*3) = 0+2+6 = 8 (because 5 = R[2] :==program stops executingR[3] = 5) IMAddressContents0x0-0x1ADD RO, RO, R20x2-0x3ADD R1, R1, R30x4-0x5ADD R3, R3, R40x6-0x7BEQ R3, R4, 30x8-0x9ADD R2, R4, R2OXA-0XBSUB R4, R1, R4OXC-0XDJMP 3OXE-OXF HALT

Name: Consider a HW ISA program P1 with the following Instruction Memory IM:
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Description: Consider a HW ISA program P1 with the following Instruction Memory IM:a. fill in the execution table for program P1 using the IM. Use the same notational conventions used in the example execution table for P0 below. Any numbers beginning with 0x will

The execution of a program, denoted as "P1," which operates under a specific hardware instruction…

Engineering

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Consider a HW ISA program P1 with the following Instruction Memory IM: a. fill in the execution table for program P1 using the IM. Use the same notational conventions used in the example execution table for P0 below. Any numbers beginning with 0x will be interpreted as hexidecimal; any numbers not beginning with 0x will be interpreted as decimal. b. Show the final values of the registers R2, R3, and R4 when the program execution halts. Again, any numbers beginning with 0x will be interpreted as hexidecimal; any numbers not beginning with 0x will be interpreted as decimal.

Consider a HW ISA program P1 with the following Instruction Memory IM: a. fill in the execution table for program P1 using the IM. Use the same notational conventions used in the example execution table for P0 below. Any numbers beginning with 0x will be interpreted as hexidecimal; any numbers not beginning with 0x will be interpreted as decimal. b. Show the final values of the registers R2, R3, and R4 when the program execution halts. Again, any numbers beginning with 0x will be interpreted as hexidecimal; any numbers not beginning with 0x will be interpreted as decimal.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter6: System Integration And Performance

Section: Chapter Questions

Problem 2PE

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