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I would like to propose a few items to be added to the View in the Generalized estimating equations section.
The glmtoolbox that I found recently is awesome.
unlike geepack (no new features, no bug fixes, frozen/zombie state), glmtoolbox it's actively developed. Only it's a pity it lacks a GitHub repo, which would facilitate reporting issues a lot. Maybe you could try to convince prof. Vanegas to share it on GitHub well?
unlike geepack, it doesn't crash (prints informative warning) when the unstructured cov. is combined with waves (useful when analysing longitudinal data with missing visits)
supports more covariance structures than any other package
provides leverage, local.influence, DFBETA and Cook's distance out of the box
offers model-comparison based anova through Wald's and generalized score tests.
unlike geepack, it well supports IPW (inverse-probability) weighting for dropouts out of the box (one has to specify the model for MAR dropouts), no need to play separately with the ipw package. Works on both observation and cluster level.
offers a module for non-linear GEE
predict() is available
QIC and RJC (Rotnitzky-Jewell's) criterion out of the box
Mahalanobis', Pearson's and deviance residuals
forward/backward stepwise variable selection
various var.cov estimators are available: robust (Sandwich), df-adjusted, model (naive), bias-corrected (small-sample Mancl-DeRouen) and jackknife.
gives results consistent with other packages (only minor discrepancies)
It well integrates with emmeans via qdrg(), so advanced contrasts over LS-means can be tested, also with MVT adjustment.
Personally speaking, glmtoolbox seems the new king and a standard for GEE in R, outperforming geepack in most aspects.
The other proposed packages, MIIPW, CRTgeeDR, drgee, geeCRT, are important from the clinical trials perspective, offering ways to deal with data missing at random (MAR).
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Thanks! This is way more detail/support than you needed to provide, but the effort is appreciated.
Any chance you can provide a pull request? (If not, that's OK, but a PR will definitely be the fastest way to get the updates included ...) All the advantages you listed are relevant, but I would suggest that you try to make the description of the package fairly brief (one or two sentences/a few lines)
If we were just going to go ahead and add packages to the list would you recommend we add all of these, or just glmtoolbox? If we added something between the full detail you give above and a bare-bones list of packages, would there be one or two sentences you would use to describe/differentiate these packages?
I would like to propose a few items to be added to the View in the Generalized estimating equations section.
The glmtoolbox that I found recently is awesome.
Personally speaking, glmtoolbox seems the new king and a standard for GEE in R, outperforming geepack in most aspects.
The other proposed packages, MIIPW, CRTgeeDR, drgee, geeCRT, are important from the clinical trials perspective, offering ways to deal with data missing at random (MAR).
The text was updated successfully, but these errors were encountered: