Please make sure that you read the following problem statement very carefully. Show how the instructions in the sequence given below will proceed through the 5 -stage in-order pipeline. beq t1, t1, L1 Id t3,1(t4) sub t6, t 3, t2 L1: add t6, t2, t3 sdsO,O(t1) Assume full forwarding wherever possible including a fast register file. Assume also the presence of a hazard detection unit in the ID stage as covered in lectures: Also, the branch decision signal (which you need to stall/un-stall the preceding pipeline registers) is available at the end of the ID stage (Strategy 3 as mentioned in lecture slides) This is how you will map the pipeline diagram table to your answer: Each instruction in the pipeline stage will be shown by the letter for the pipeline stage (F or D or X or M or W) followed by the clock cycle. That is, F2 means that in the 2 nd clock cycle, the instruction is in the F stage. X7 means that in the 7 th clock cycle, the instruction is in the X stage. Accordingly, the table representation for the first instruction (beq), in the code sequence has been done for you beq t1, t1, L1: F1,D2,X3,M4,W5 Also, if an instruction, say sub t6, t1, t2, in the program never enters the pipeline, even in the IF stage, you should write "N/A". For example, sub t9, t1, t2: N/A If an instruction exists in the pipeline for only certain stages, then only mention those stages in your answer. For example, if instruction 12 enters pipeline in clock cycle 1 in F stage, is in D stage in clock cycle 2,X stage in clock cycle 3 but then is removed from pipeline, you would write your answer as I2: F1,D2, X3 Accordingly, encode the pipeline table for the remaining instructions I2-16 in the form shown above beq t1,t1,L1 Id t3,1(t4) sub t6, t 3,t2 L1: add t6, t2, t3 sdsO,O(t1) Please be very careful in ensuring there are no typos in your submitted answer, as this is autograded! NOTE: Do not add whitespace between characters in your answer. Separate F1,D2,X3,M4,W5 format by commas without whitespace (as shown above for bne)