No forwarding is assumed - and assume no hazards are present We will run the following code on the pipeline RISC-V. Please show the values of all the control signals for all the participating instructions only in clock cycle 6. Note that the first instruction (add) is fetched in clock cycle 1. Note that the first instruction (add) is fetched in clock cycle 1 For every pipeline stage write all control signals that are produced or all control signals that are propagated from the previous stage to this one (and which instruction they correspond to), as sketched below. If for a stage and a control signal we do not have anything produced, you can write NA or ---: Fill in the table in picture 2
No forwarding is assumed - and assume no hazards are present
We will run the following code on the pipeline RISC-V. Please show the values of all the control signals for all the participating instructions only in clock cycle 6. Note that the first instruction (add) is fetched in clock cycle 1.
Note that the first instruction (add) is fetched in clock cycle 1
For every pipeline stage write all control signals that are produced or all control signals that are propagated from the previous stage to this one (and which instruction they correspond to), as sketched below. If for a stage and a control signal we do not have anything produced, you can write NA or ---:
Fill in the table in picture 2
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