Consider following program in main memory, to be executed on a MIPS architecture (assume memory address...

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Consider following program in main memory, to be executed on a MIPS architecture (assume memory address 1 value is 7 and memory address 12 value is 6) R1 [18] R2 ← [R1 + 3] R3+ [6] 4. R1 R1 + 2 5. R4 ← [1] 6. R4 < [12] 7. [8] < R1 8. R1 [1] 9. BNE R1, R4, Label1 10. R1 + [7] 11. R1 [R3] || 12. R3+ [1] 13. R1 ← [15] 14. R4 ← [5] 15. [6] ← R1 16. R6 [8] 17. R1 ← [0] 18. [19] < R1 19. Label1: R1 [1] 20. R1 ← [6] 21. R3 ← [10] R1 [15] 1234 1. 2. 3. 22. 23. 24. [25] < R1 R1 ← [16] a. Provide total number memory access for above execution b. Provide total data memory access for above execution c. Provide count of each type of instruction Consider following program in main memory, to be executed on a MIPS architecture (assume memory address 1 value is 7 and memory address 12 value is 6) R1 [18] R2 ← [R1 + 3] R3+ [6] 4. R1 R1 + 2 5. R4 ← [1] 6. R4 < [12] 7. [8] < R1 8. R1 [1] 9. BNE R1, R4, Label1 10. R1 + [7] 11. R1 [R3] || 12. R3+ [1] 13. R1 ← [15] 14. R4 ← [5] 15. [6] ← R1 16. R6 [8] 17. R1 ← [0] 18. [19] < R1 19. Label1: R1 [1] 20. R1 ← [6] 21. R3 ← [10] R1 [15] 1234 1. 2. 3. 22. 23. 24. [25] < R1 R1 ← [16] a. Provide total number memory access for above execution b. Provide total data memory access for above execution c. Provide count of each type of instruction

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a Total number of memory accesses for the given program 11 Explanation There are a total of 7 load i... View the full answer