User:Wikiacc/Carolineneil's econometrics articles

Carolineneil was a front for teams of graduate students that wrote new articles in chemistry and econometrics for the paper "Science Is Shaped by Wikipedia: Evidence From a Randomized Control Trial" / m:Research:Impact of Wikipedia on Academic Science.

This page exists to coordinate efforts to improve the quality of the material they contributed.

Discussions about the user's contributions:
 * Wikipedia talk:WikiProject Chemistry/Archive 37 (October 2015)
 * Administrators' noticeboard/IncidentArchive907 (December 2015)
 * Administrators' noticeboard/IncidentArchive957 (June 2017)
 * Administrators' noticeboard/IncidentArchive965 (September 2017)
 * Wikipedia talk:WikiProject Medicine/Archive 103 (September 2017)
 * Conflict of interest/Noticeboard/Archive 120 (October 2017)
 * Village pump (miscellaneous)/Archive 56 (October 2017)
 * Wikipedia talk:What Wikipedia is not/Archive 54 (October 2017)
 * Wikipedia talk:WikiProject Statistics/Archive 6 (December 2017)

Also:
 * User talk:Bender235/2019 archive (October 2019)

See also AFD links below.

Econometrics articles

 * 1) Draft:Estimating The Peer Effect in A Network Model (declined/abandoned)
 * 2) Draft:Duration models with multiple spells (declined/abandoned)
 * 3) Draft:Three-Stage Least Squares Estimator (declined/abandoned)
 * 4) Draft:Competing Risk Models for Duration Data (declined/abandoned)
 * 5) Draft:Stock Sampling (Stock data) (declined/abandoned)
 * 6) Cross-equation restrictions to achieve identification (speedy deleted, after which Carolineneil added the content directly to Simultaneous equations model )
 * 7) Different Instruments for Different Equations (deleted December 2015, AFD)
 * 8) Probit model for panel data with heterogeneity and endogenous explanatory variables (deleted October 2019, AFD; first AFD in March 2016 failed)
 * 9) Neglected Heterogeneity in Tobit Model (deleted October 2017 by PROD)
 * 10) Endogeneity in multinomial response models (deleted May 2019, AFD)
 * 11) Draft:Dynamic Unobserved Effects Tobit Model (merged to Tobit model and then to Dynamic unobserved effects model)
 * 12) Draft:Inference When The Numbers of Clusters Is Small (merged)
 * 13) Draft:Concentrating Parameters Out of the Objective Function (merged)
 * 14) Distribution-free maximum likelihood for binary responses (merged)
 * 15) Synthetic controls (merged)
 * 16) Pooled QMLE for Poisson Models (merged)
 * 17) Random and fixed effects instrumental variables methods (merged)
 * 18) Smoothed maximum score estimator (merged)
 * 19) Maximum likelihood estimation with flow data (merged)
 * 20) First differencing approach to instrumental variables (merged)
 * 21) Duration models with time-varying data (merged)
 * 22) Two-step M-estimators involving MLE (merged)
 * 23) Robustness/efficiency trade-off in simultaneous equations models (merged)
 * 24) Binary response model with latent variable (merged to Probit model)
 * 25) Endogeneity with an exponential regression function (merged to Instrumental variables estimation and then to Control function (econometrics))
 * 26) Truncated normal hurdle model
 * 27) Stock sampling
 * 28) Optimal instruments
 * 29) Draft:Multivalued Treatments (duplicate) / Multivalued treatment
 * 30) Discrete-time proportional hazards
 * 31) Generated regressor
 * 32) Two-step M-estimators
 * 33) Flow sampling
 * 34) Maximum score estimator
 * 35) Testing in binary response index models
 * 36) Dynamic unobserved effects model
 * 37) Binary response model with continuous endogenous explanatory variables
 * 38) Unobserved heterogeneity in duration models
 * 39) Roy model
 * 40) Multiple treatments
 * 41) Cross-sectional and panel fractional models
 * 42) Fixed-effect Poisson model
 * 43) Control function (econometrics)
 * 44) Chamberlain's approach to unobserved effects models
 * 45) Partial likelihood methods for panel data