Posted: March 17th, 2024

For the each of the following sequence of instructions use the abstract pipelined datapath

For the each of the following sequence of instructions use the abstract pipelined datapath.Code 1:lw $7, 0($1)sub $7, $3, $7add $3, $7, $3sw $7, 0($3)Code 2:lw $2, 0($3) # Assume that this is a valid instruction in your datapathadd $3, $2, $4sub $1, $3, $4add $1, $5, $3sw $5, 8($6)(a) Label the bubbles caused by stalls. (Note you should not need more than 16 clock cycles)(b) If possible, eliminate all of the bubbles caused by the instruction sequence in part (a) by reorderingthe instruction sequence and/or by adding bypass paths to the basic, standard pipeline diagram. Givethe reordered instruction sequence.(c) Add bypass hardware (data forwarding paths(s) into the hardware datapath) and reorder the codesequence to eliminate all the stalls for Code 2.(d) Assume that the register writes occur in the SECOND half of the clock cycle and reads occur in therst half. Add a bypass (data forwarding path into the hardware datapath) to eliminate all stalls fromthe Code 2 sequence in Part (a).

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