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Apply the techniques learned in solving control hazard in pipelined architectures. For the code given below find out the percentage difference in the number of cycles in two cases of static branch prediction method (branch taken and not taken) while the branch decision is made at stage 3 of pipeline with data forwarding mechanism. Show complete working of your answer. li $50,0 li $31,4 li $s2,1 Here: beq $so, $s1, Exit addi $so, $50,1 sub $s1, $s1, $s2 Here Exit: Apply the techniques learned in solving control hazard in pipelined architectures. For the code given below find out the percentage difference in the number of cycles in two cases of static branch prediction method (branch taken and not taken) while the branch decision is made at stage 3 of pipeline with data forwarding mechanism. Show complete working of your answer. li $50,0 li $31,4 li $s2,1 Here: beq $so, $s1, Exit addi $so, $50,1 sub $s1, $s1, $s2 Here Exit