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Everyone agrees that the coefficients needs to be regularised (or 'small') and this is incorporated into the BRR/ARD prior. It's also possible to incorporate other 'expert' information into the prior. One idea floating around which @WillBaldwin0 is looking into I think is to fit to dimer data first, incorporate it into the prior, and then do the full solve. We'd need an interface allowing us to provide this prior c-vector before fitting. This procedure is quite simple and turns out to be really only a change of variables.
Probably worth it to wait and see what Will thinks about this idea first before implementing it properly.
The text was updated successfully, but these errors were encountered:
No need to wait - I’m very keen on this. I have student lined up to work on it, but I want to coordinate with Will - no point doing the same thing twice.
Everyone agrees that the coefficients needs to be regularised (or 'small') and this is incorporated into the BRR/ARD prior. It's also possible to incorporate other 'expert' information into the prior. One idea floating around which @WillBaldwin0 is looking into I think is to fit to dimer data first, incorporate it into the prior, and then do the full solve. We'd need an interface allowing us to provide this prior c-vector before fitting. This procedure is quite simple and turns out to be really only a change of variables.
Probably worth it to wait and see what Will thinks about this idea first before implementing it properly.
The text was updated successfully, but these errors were encountered: