The following Program is designed to evaluate the expression, C(I) = [ A(I)] +B(1) for 1...

  

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The following Program is designed to evaluate the expression, C(I) = [ A(I)] +B(1) for 1 I 32. In the program: R1, R2, R3 and R4 are registers, A, B, and C are memory arrays, and the first operand indicates the destinations. Assume 5 cycles for (load, store), 4 cycles for (add, Inc) and 10 cycles for (mul). ADD Again: 5 LOAD 5 LOAD 40 MUL I, zero, 1 RI, A(1) R2, B(1) R3, R1, R1 R4, R2, R3 C(I), R4 1 ADD 5 STORE INC BGreater 1 Calculate the total number of cycles required to evaluate this expression on: SISD machine. b) SIMD (32 PEs) with shared memory system (single read or write at a time). SIMD (32 PEs) with distributed memory system. d) MIMD (16 PEs) with shared memory systems (single read or write at a time).. MIMD (16 PEs) with distributes memory systems. I I, 32, Again The following Program is designed to evaluate the expression, C(I) = [ A(I)] +B(1) for 1 I 32. In the program: R1, R2, R3 and R4 are registers, A, B, and C are memory arrays, and the first operand indicates the destinations. Assume 5 cycles for (load, store), 4 cycles for (add, Inc) and 10 cycles for (mul). ADD Again: 5 LOAD 5 LOAD 40 MUL I, zero, 1 RI, A(1) R2, B(1) R3, R1, R1 R4, R2, R3 C(I), R4 1 ADD 5 STORE INC BGreater 1 Calculate the total number of cycles required to evaluate this expression on: SISD machine. b) SIMD (32 PEs) with shared memory system (single read or write at a time). SIMD (32 PEs) with distributed memory system. d) MIMD (16 PEs) with shared memory systems (single read or write at a time).. MIMD (16 PEs) with distributes memory systems. I I, 32, Again