#rsoftware — Public Fediverse posts

Estimate productivity - Ackerberg-Caves-Frazer correction Use prodestACF (prodest) With (In) R Software
https://ln.run/prodestACF
Production function estimation using the Ackerberg-Caves-Frazer method Use acfest With STATA 19
https://ristek.link/acfest
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Functions and data for smooth land use regression modeling Use smoothLUR With (In) R Software
https://dik.si/smoothLUR
Empirical dynamic modeling and convergent cross-mapping Use edm With STATA 19
https://ln.run/eedm
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Skellam regression estimator Use skellam.reg (skellam) With (In) R Software
https://ln.run/skellamreg
Spatial Panel Arellano-Bond Linear Dynamic Regression: Lag & Durbin Models Use spregdpd With STATA 19
https://ristek.link/spregdpd
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Generalized linear models for categorical responses Use glmcat (GLMcat) With (In) R Software
https://dik.si/glmcat
The Keane & Runkle Estimator for Dynamic Panel Estimation Use xtkr With STATA 19
https://ln.run/xtkr
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Generalized linear models for categorical responses Use glmcat (GLMcat) With (In) R Software
https://dik.si/glmcat
The Keane & Runkle Estimator for Dynamic Panel Estimation Use xtkr With STATA 19
https://ln.run/xtkr
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

DFL (DiNardo, Fortin, and Lemieux) reweighting decomposition Use dfl_decompose (ddecompose) With (In) R Software
https://ln.run/dfl_decompose
DiNardo, Fortin and Lemieux Counterfacual Kernel Density Use dfl With STATA 19
https://ristek.link/dfl
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

DFL (DiNardo, Fortin, and Lemieux) reweighting decomposition Use dfl_decompose (ddecompose) With (In) R Software
https://ln.run/dfl_decompose
DiNardo, Fortin and Lemieux Counterfacual Kernel Density Use dfl With STATA 19
https://ristek.link/dfl
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Estimate the mKBO (multi-group Kitagawa-Blinder-Oaxaca) decomposition Use mkbo (mKBO) With (In) R Software
https://s.id/_mkbo
Quantile approach by Combes et al. (2012) Use estquant With STATA 19
https://s.id/estquant
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Estimate the mKBO (multi-group Kitagawa-Blinder-Oaxaca) decomposition Use mkbo (mKBO) With (In) R Software
https://s.id/_mkbo
Quantile approach by Combes et al. (2012) Use estquant With STATA 19
https://s.id/estquant
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Stochastic frontier estimation (SFA) Use Benchmarking With (In) R Software
https://ln.run/Benchmarking
Calculate the Breusch-Pagan LM statistic after regress Use bpagan With STATA 19
https://ristek.link/bpagan
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Stochastic frontier estimation (SFA) Use Benchmarking With (In) R Software
https://ln.run/Benchmarking
Calculate the Breusch-Pagan LM statistic after regress Use bpagan With STATA 19
https://ristek.link/bpagan
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Stochastic frontier estimation (SFA) Use Benchmarking With (In) R Software
https://ln.run/Benchmarking
Calculate the Breusch-Pagan LM statistic after regress Use bpagan With STATA 19
https://ristek.link/bpagan
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Stochastic frontier estimation (SFA) Use Benchmarking With (In) R Software
https://ln.run/Benchmarking
Calculate the Breusch-Pagan LM statistic after regress Use bpagan With STATA 19
https://ristek.link/bpagan
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Stochastic frontier estimation (SFA) Use Benchmarking With (In) R Software
https://ln.run/Benchmarking
Calculate the Breusch-Pagan LM statistic after regress Use bpagan With STATA 19
https://ristek.link/bpagan
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Studentized Breusch-Pagan test Use bptest (lmtest) With (In) R Software
https://dik.si/bptest
Breusch-Pagan LM test for cross-sectional correlation in fixed effects model Use xttest2 With STATA 19
https://ln.run/xttest2
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Studentized Breusch-Pagan test Use bptest (lmtest) With (In) R Software
https://dik.si/bptest
Breusch-Pagan LM test for cross-sectional correlation in fixed effects model Use xttest2 With STATA 19
https://ln.run/xttest2
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Studentized Breusch-Pagan test Use bptest (lmtest) With (In) R Software
https://dik.si/bptest
Breusch-Pagan LM test for cross-sectional correlation in fixed effects model Use xttest2 With STATA 19
https://ln.run/xttest2
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Studentized Breusch-Pagan test Use bptest (lmtest) With (In) R Software
https://dik.si/bptest
Breusch-Pagan LM test for cross-sectional correlation in fixed effects model Use xttest2 With STATA 19
https://ln.run/xttest2
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Studentized Breusch-Pagan test Use bptest (lmtest) With (In) R Software
https://dik.si/bptest
Breusch-Pagan LM test for cross-sectional correlation in fixed effects model Use xttest2 With STATA 19
https://ln.run/xttest2
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Address and Password Login Account Turnitin Student No Repository Free
Total number of resubmissions within 24 hours = 19 x 3 = 57 submissions (times).
The Turnitin account is active until December 2026.
https://www.whatsapp.com/channel/0029VaEUWTnHbFV6vsclYQ3f
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Address and Password Login Account Turnitin Student No Repository Free
Total number of resubmissions within 24 hours = 19 x 3 = 57 submissions (times).
The Turnitin account is active until December 2026.
https://www.whatsapp.com/channel/0029VaEUWTnHbFV6vsclYQ3f
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Address and Password Login Account Turnitin Student No Repository Free
Total number of resubmissions within 24 hours = 19 x 3 = 57 submissions (times).
The Turnitin account is active until December 2026.
https://www.whatsapp.com/channel/0029VaEUWTnHbFV6vsclYQ3f
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Address and Password Login Account Turnitin Student No Repository Free
Total number of resubmissions within 24 hours = 19 x 3 = 57 submissions (times).
The Turnitin account is active until December 2026.
https://www.whatsapp.com/channel/0029VaEUWTnHbFV6vsclYQ3f
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Address and Password Login Account Turnitin Student No Repository Free
Total number of resubmissions within 24 hours = 19 x 3 = 57 submissions (times).
The Turnitin account is active until December 2026.
https://www.whatsapp.com/channel/0029VaEUWTnHbFV6vsclYQ3f
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Fitting Linear Models with one Endogenous Regressor using Latent Instrumental Variables Use latentIV (REndo) With (In) R Software
https://ln.run/latentIV
Instrumental variables via Generalized Method of Moments Use ivgmm0 With STATA 19
https://ristek.link/ivgmm0
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Fitting Linear Models with one Endogenous Regressor using Latent Instrumental Variables Use latentIV (REndo) With (In) R Software
https://ln.run/latentIV
Instrumental variables via Generalized Method of Moments Use ivgmm0 With STATA 19
https://ristek.link/ivgmm0
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Fitting Linear Models with one Endogenous Regressor using Latent Instrumental Variables Use latentIV (REndo) With (In) R Software
https://ln.run/latentIV
Instrumental variables via Generalized Method of Moments Use ivgmm0 With STATA 19
https://ristek.link/ivgmm0
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Fitting Linear Models with one Endogenous Regressor using Latent Instrumental Variables Use latentIV (REndo) With (In) R Software
https://ln.run/latentIV
Instrumental variables via Generalized Method of Moments Use ivgmm0 With STATA 19
https://ristek.link/ivgmm0
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Fitting Linear Models with one Endogenous Regressor using Latent Instrumental Variables Use latentIV (REndo) With (In) R Software
https://ln.run/latentIV
Instrumental variables via Generalized Method of Moments Use ivgmm0 With STATA 19
https://ristek.link/ivgmm0
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

A Multi-Method Difference-in-Differences Estimator Use did_wrapper (fect) With (In) R Software
https://ln.run/did_wrapper
Levin-Lin-Chu panel unit root test Use levinlin With STATA 19
https://ristek.link/levinlin
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

A Multi-Method Difference-in-Differences Estimator Use did_wrapper (fect) With (In) R Software
https://ln.run/did_wrapper
Levin-Lin-Chu panel unit root test Use levinlin With STATA 19
https://ristek.link/levinlin
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

A Multi-Method Difference-in-Differences Estimator Use did_wrapper (fect) With (In) R Software
https://ln.run/did_wrapper
Levin-Lin-Chu panel unit root test Use levinlin With STATA 19
https://ristek.link/levinlin
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

A Multi-Method Difference-in-Differences Estimator Use did_wrapper (fect) With (In) R Software
https://ln.run/did_wrapper
Levin-Lin-Chu panel unit root test Use levinlin With STATA 19
https://ristek.link/levinlin
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

A Multi-Method Difference-in-Differences Estimator Use did_wrapper (fect) With (In) R Software
https://ln.run/did_wrapper
Levin-Lin-Chu panel unit root test Use levinlin With STATA 19
https://ristek.link/levinlin
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Test of the cointegrating rank Use rank.test (tsDyn) With (in) R software
https://dik.si/ranktest
Statistics to determine the appropriate lag length in VARs, ECMs Use varlag With STATA 19
https://ln.run/varlag
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Test of the cointegrating rank Use rank.test (tsDyn) With (in) R software
https://dik.si/ranktest
Statistics to determine the appropriate lag length in VARs, ECMs Use varlag With STATA 19
https://ln.run/varlag
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Test of the cointegrating rank Use rank.test (tsDyn) With (in) R software
https://dik.si/ranktest
Statistics to determine the appropriate lag length in VARs, ECMs Use varlag With STATA 19
https://ln.run/varlag
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Test of the cointegrating rank Use rank.test (tsDyn) With (in) R software
https://dik.si/ranktest
Statistics to determine the appropriate lag length in VARs, ECMs Use varlag With STATA 19
https://ln.run/varlag
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Test of the cointegrating rank Use rank.test (tsDyn) With (in) R software
https://dik.si/ranktest
Statistics to determine the appropriate lag length in VARs, ECMs Use varlag With STATA 19
https://ln.run/varlag
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Joint Test-Statistic for the Null of Non-Cointegration Use bayerhanck (combcoint) With (In) R Software
https://ln.run/bayerhanck
Non-cointegration test between two time series in the frequency domain, as in Souza et al (2018) Use ncointtest With STATA 19
https://ristek.link/ncointtest
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Joint Test-Statistic for the Null of Non-Cointegration Use bayerhanck (combcoint) With (In) R Software
https://ln.run/bayerhanck
Non-cointegration test between two time series in the frequency domain, as in Souza et al (2018) Use ncointtest With STATA 19
https://ristek.link/ncointtest
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Joint Test-Statistic for the Null of Non-Cointegration Use bayerhanck (combcoint) With (In) R Software
https://ln.run/bayerhanck
Non-cointegration test between two time series in the frequency domain, as in Souza et al (2018) Use ncointtest With STATA 19
https://ristek.link/ncointtest
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Joint Test-Statistic for the Null of Non-Cointegration Use bayerhanck (combcoint) With (In) R Software
https://ln.run/bayerhanck
Non-cointegration test between two time series in the frequency domain, as in Souza et al (2018) Use ncointtest With STATA 19
https://ristek.link/ncointtest
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Joint Test-Statistic for the Null of Non-Cointegration Use bayerhanck (combcoint) With (In) R Software
https://ln.run/bayerhanck
Non-cointegration test between two time series in the frequency domain, as in Souza et al (2018) Use ncointtest With STATA 19
https://ristek.link/ncointtest
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Recursive Augmented Dickey-Fuller Test Use radf (exuber) With (In) R Software
https://dik.si/_radf
Calculate unit root tests for explosive behaviour Use radf With STATA 19
https://ln.run/_radf
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Recursive Augmented Dickey-Fuller Test Use radf (exuber) With (In) R Software
https://dik.si/_radf
Calculate unit root tests for explosive behaviour Use radf With STATA 19
https://ln.run/_radf
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Recursive Augmented Dickey-Fuller Test Use radf (exuber) With (In) R Software
https://dik.si/_radf
Calculate unit root tests for explosive behaviour Use radf With STATA 19
https://ln.run/_radf
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Recursive Augmented Dickey-Fuller Test Use radf (exuber) With (In) R Software
https://dik.si/_radf
Calculate unit root tests for explosive behaviour Use radf With STATA 19
https://ln.run/_radf
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Recursive Augmented Dickey-Fuller Test Use radf (exuber) With (In) R Software
https://dik.si/_radf
Calculate unit root tests for explosive behaviour Use radf With STATA 19
https://ln.run/_radf
#rstudio #rsoftware #softwarer #stata #stata19 #olahdatasemarang #programming

Accessing Elevation Data In R With The Elevatr Package
--
https://cran.r-project.org/web/packages/elevatr/vignettes/introduction_to_elevatr.html <-- shared tutorial
--
https://apps.nationalmap.gov/epqs/ <-- USGS Elevation Point Query Service
--
[I saved this one for when I get a change to get back to R learning!]
#GIS #spatial #mapping #elevation #model #modeling #3DEP #R #code #coding #elevatr #LiDAR #pointdata #opendata #surface #tutorial #onlinelearning #learning #RSoftware #r #package #rprogramming #USGS #opensource #DEM #spatialanalysis #3d #3dmodel