Statistical Software Components

From Boston College Department of Economics
Boston College, 140 Commonwealth Avenue, Chestnut Hill MA 02467 USA.
Contact information at EDIRC.
Bibliographic data for series maintained by Christopher F Baum ().

Access Statistics for this software series.
Is something missing from the series or not right? See the RePEc data check for the archive and series.

LHAVERSINE: Stata module to compute great-circle distances with Haversine formula: Lars Zeigermann
LIANXH: Stata module to Search and share Stata resources and blogs within Stata Command Window: Yujun Lian, Junjie Kang and Qingqing Liu
LIBD3: Stata module providing D3js Mata library: Billy Buchanan
LIBHTML: Stata module providing an object oriented implementation of HTML in Mata: Billy Buchanan
LIBJSON: Stata module to provide Mata class library for obtaining and parsing JSON strings into object trees: Erik Lindsley
LIML: RATS procedure to perform limited information maximum likelihood estimation: Tom Doan
LINCHECK: Stata module to graphically assess the linearity of a continuous covariate in a regression model: Alex Gamma
LINCOM2: Stata module to compute multiple linear combinations: Jan Brogger
LINCOMEST: Stata module to generate linear combinations of estimators saved as estimation results: Roger Newson
LINEQUATE: Stata module to calculate linear equating constants using the Tucker and Levine Methods: Leah McGuire
LINKPLOT: Stata module for linked (connected) scatter plots: Nicholas Cox
LINTREND: Stata module to graph observed proportions or means for a continuous or ordinal X variable: Joanne M. Garrett
LINUXLSD1: Stata module to create a dataset of file records from the output of a Linux ls -d1 command: Roger Newson
LISRELINPUT: Stata module to generate input for pasting into LISREL: Paul Millar
LISTFIRST: Stata module to list first so many observations: Nicholas Cox
LISTMISS: Stata module to analyse missing values related to an estimation command: Paul Millar
LISTREG: Stata module for the analysis of list experiments using linear regression: Ben Jann
LISTSOME: Stata module to list a (possibly random) sample of observations: Robert Picard
LISTTAB: Stata module to list variables as rows of a TeX, HTML or word processor table: Roger Newson
LISTTEX: Stata module to list variables as rows of a TeX, HTML or word processor table: Roger Newson
LISTUTIL: Stata modules to manipulate lists of words: Nicholas Cox
LITDISCOVER: Stata module for theory-aware literature review, analysis, and discovery: Nebojsa Davcik
LITTEXT: Stata module to automate construct discovery and relationship inference from an academic text: Nebojsa Davcik
LJS: Stata module to left-justify string variables for printing: Nicholas Cox
LMABG2: Stata Module to Compute 2SLS-IV Autocorrelation Breusch-Godfrey Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABG: Stata Module to compute OLS Autocorrelation Breusch-Godfrey Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABGNL: Stata module to compute NLS Autocorrelation Breusch-Godfrey Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABGXT: Stata module to compute Panel Data Autocorrelation Breusch-Godfrey Test: Emad Shehata and Sahra Mickaiel
LMABP2: Stata module to compute 2SLS-IV Box-Pierce Autocorrelation LM Test at Higher Order AR(p): Sahra Mickaiel and Emad Shehata
LMABP: Stata module to compute Box-Pierce Autocorrelation LM Test at Higher Order AR(p): Emad Shehata
LMABPG2: Stata Module to Compute 2SLS-IV Autocorrelation Breusch-Pagan-Godfrey Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABPG: Stata module to compute OLS Autocorrelation Breusch-Pagan-Godfrey Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABPGNL: Stata Module to Compute NLS Autocorrelation Breusch-Pagan-Godfrey Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABPGXT: Stata module to compute Panel Data Autocorrelation Breusch-Pagan-Godfrey Test: Emad Shehata and Sahra Mickaiel
LMABPNL: Stata module to compute NLS Autocorrelation Box-Pierce Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMABPXT: Stata module to compute Panel Data Autocorrelation Box-Pierce Test: Emad Shehata and Sahra Mickaiel
LMABXT: Stata module to compute Panel Autocorrelation Baltagi Test: Emad Shehata and Sahra Mickaiel
LMADURH2: Stata module to compute 2SLS-IV Autocorrelation Dynamic Durbin h, Harvey LM, and Wald Tests: Emad Shehata and Sahra Mickaiel
LMADURH: Stata module to compute Durbin h, Harvey LM, Wald LM Autocorrelation Tests: Emad Shehata
LMADURHXT: Stata module to Compute Panel Data Autocorrelation Dynamic Durbin h and Harvey LM Tests: Emad Shehata and Sahra Mickaiel
LMADURM2: Stata module to compute 2SLS-IV Autocorrelation Dynamic Durbin m Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMADURM: Stata module to compute OLS Autocorrelation Dynamic Durbin m Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMADURMNL: Stata module to compute NLS Autocorrelation Dynamic Durbin m Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMADURMXT: Stata module to compute Panel Data Autocorrelation Dynamic Durbin m Test: Emad Shehata and Sahra Mickaiel
LMADW2: Stata module to compute 2SLS-IV Autocorrelation Durbin-Watson Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMADW: Stata module to compute Durbin-Watson Autocorrelation Test: Emad Shehata
LMADWNL: Stata module to compute NLS Autocorrelation Durbin-Watson Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMADWXT: Stata module to compute Panel Data Autocorrelation Durbin-Watson Test: Emad Shehata and Sahra Mickaiel
LMALB2: Stata module to compute 2SLS-IV Autocorrelation Ljung-Box Test at Higher Order AR(p): Emad Shehata and Sahra Mickaiel
LMALB: Stata module to compute Ljung-Box Autocorrelation LM Test at Higher Order AR(p): Emad Shehata