Post #906661
2026-04-02 20:08 UTC
Replies (6)
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@BRicker@fosstodon.org 2026-04-02 20:14
@emjonaitis a local DBMS instance with appropriate indexes defined and using the relevant R-dbms interface might be worth the hassle in this case? (Or pre-processing in DBMS to small extract files.)
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@olyerickson@mastodon.social 2026-04-02 20:23
@emjonaitis Have you looked at https://hbs-rcs.github.io/large_data_in_R/
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@erikjan@fosstodon.org 2026-04-02 20:37
@emjonaitis how many/what types of predictors do you have? If you really want to zoib that's just a really intense inference procedure. Options: do "standard" beta regression which is maybe a little more efficiently implemented with ML (rather than Bayesian) estimation? It commonly shrinks 0 and 1 a little bit towards 0.5 as a preprocessing step so it'll be a bit less exact but it may not matter at all with this much data Another option:
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@erikjan@fosstodon.org 2026-04-02 20:47
@emjonaitis this is a stretch, but do you think BRMS / Stan with Laplace approximation will be any faster?
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@Tourma@tech.lgbt 2026-04-03 22:32
@emjonaitis At firsti thought something like folding@hime or bionic, but protines have a lot fewer privacy issues than people. Try and convince your higher ups to buy you a used bitcoin farm?
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@erc_bk@fosstodon.org 2026-04-03 23:14
@emjonaitis Doubt these package can be used for entire dataset, but here are some beta regression packages that handle clustering and have some optimizations included (e.g. C++, parallelization). Not sure about the 0s and 1s though. Anyway, they might worth checking out. betaregscale, https://evandeilton.github.io/betaregscale/ cobin, https://github.com/changwoo-lee/cobin glmmTMB, https://cran.r-project.org/web/packages/glmmTMB/index.html GLMMadaptive, https://drizopoulos.github.io/GLMMadaptive/