Hi Dean,
Does this mean I am going to add a
new object into M5(write C++ code for perfect_branch_predictor, then
instantiate it using python)?
I'm thinking you would have to do write a "perfect_branch_predictor"
object to plug in.
The only complication is you have to figure out how to resolve
> question 1:
> How can I configure a detailed cpu to have a perfect branch
> predictor? I looked at bpred_unit_impl.hh and there are only two types
> of predictor(local and tournament.) Does this mean I am going to add a
> new object into M5(write C++ code for perfect_branch_predictor, then
>
>>> Does this mean I am going to add a
>>> new object into M5(write C++ code for perfect_branch_predictor, then
>>> instantiate it using python)?
I'm thinking you would have to do write a "perfect_branch_predictor"
object to plug in.
The only complication is you have to figure out how to resolve t
hi all,
I'm trying to replicate results from a paper for a course project,
question 1:
How can I configure a detailed cpu to have a perfect branch
predictor? I looked at bpred_unit_impl.hh and there are only two types
of predictor(local and tournament.) Does this mean I am going to add a
