Statistical Software Components

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

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BETAPRIOR: Stata module to calculate the parameters of a Beta distribution given the mean and variance: Adrian Mander
BETSIM: C module to compute simulations of betting market equilibrium: Brian R. Adams, Frank W. Rusco and W. Walls
BETTERBAR: Stata module to produce bar graphs with optional standard error bars and cross-group comparisons: Benjamin Daniels
BF: Stata module to create directory structure for Dingyuan Accounting academic projects on Windows: Wu LiangHai, Chen LiWen and Wu Hanyan
BFMCORR: Stata module for correcting surveys using tax data: Thomas Blanchet, Ignacio Flores and Marc Morgan
BGSHADE: Stata module to add background shading to twoway plots using either dummy variable(s) denoting shaded areas and/or precoded NBER recessions: Eric Haavind-Berman and Aaron Markiewitz
BGTEST: Stata module to calculate Breusch-Godfrey test for serial correlation: Christopher Baum and Vince Wiggins
BHAPKAR: Stata module to compute Bhapkar's test of marginal homogeneity between two raters for categorical observations: Ariel Linden
BHATT: Stata module to compute Bhattacharyya Coefficient and Bhattacharyya Distance statistics of distribution overlap: Graham K. Brown
BIASEPI: Stata module to perform simple bias analysis, multidimensional bias analysis, and multiple bias modeling: Chunsen Wu
BIASTEST: Stata module to test parameter equality across different models: Hasraddin Guliyev
BIBREP: Stata module to produce a bibliometric report on a single senior researcher: Lutz Bornmann
BIC: Stata module to evaluate the statistical significance of variables in a model: Paul Millar
BICDROP1: Stata module to estimate the probability a model is more likely without each explanatory variable: Paul Millar
BICORRTEST: RATS procedure to compute Hinich bi-correlations test for autocorrelation: Tom Doan
BIDENSITY: Stata module to produce and graph bivariate density estimates: John Luke Gallup and Christopher Baum
BIGTAB: Stata module to produce frequency tables for "too many values": Paul Bern
BIHIST: Stata module to produce bihistograms: Austin Nichols
BIMAP: Stata module to produce bivariate maps: Asjad Naqvi
BINEQ: Stata module to analyze multidimensional inequality in two dimensions of wellbeing: Hong Il Yoo
BINSCATTER: Stata module to generate binned scatterplots: Michael Stepner
BINSCATTERHIST: Stata module to produce binned scatterplot with marginal histograms: Matteo Pinna
BIOPROBIT: Stata module for bivariate ordered probit regression: Zurab Sajaia
BIPLOT: Stata module to generate biplots: Ulrich Kohler
BIPLOTVLAB: Stata module to produce biplot with variable labels: Jean-Benoit Hardouin
BIPOLAR: Stata module to calculate four measures of income bi-polarization: Alessio Fusco and Philippe Van Kerm
BIPOLATE: Stata module to perform bivariate interpolation and smooth surface fitting for values given at irregularly distributed points: Joe Canner
BIRTHSIM: Stata module to simulate completed fertility and birth intervals: Stephen Cranney
BITOBIT: Stata module to perform bivariate Tobit regression: Daniel Lawson
BIVPOISSON: Stata module to perform seemingly unrelated count regression: Abbie Zhang, James Fisher and Joseph Terza
BIVPOISSON_ATE: Stata module to estimate Average Treatment Effects in Seemingly Unrelated Count Regression: Abbie Zhang and James Fisher
BJAUTOFIT: RATS procedure to implement Automated ARIMA model selection: Tom Doan
BJTRANS: RATS procedure to aid in selection of preliminary transformation: Tom Doan
BKFILTER: RATS procedure to implement band pass filter using Baxter-King method: Tom Doan
BKING: Stata module to implement Baxter-King filter for timeseries data: Christopher Baum and Martha Lopez
BKROSENBLATT: Stata module for Blum, Kiefer and Rosenblatt test of bivariate independence: Nicholas Cox
BLANDALTMAN: Stata module to create Bland-Altman plots featuring differences or %differences or ratios, with options to add a variety of lines and intervals: Mark Chatfield
BLINDING: Stata module to compute blinding indexes: Jiefeng Chen
BLINDSCHEMES: Stata module to provide graph schemes sensitive to color vision deficiency: Daniel Bischof
BLIST: Stata module to list values of variables in as small a space as possible: Adrian Mander
BLOCKBOOT: Stata module to implement four bootstrap schemes for dependent timeseries data: Christopher Baum and Jesus Otero
BLOCKMATRIX: Mathematica package to handle block matrix operations: David Belsley
BLOOD_GLUCOSE: Stata module for converting between HbA1c and blood glucose values: Ariel Linden
BLP: Stata module to estimate Berry Levinsohn Pakes random coefficients logit estimator: David Vincent
BMI: Stata module to compute Body Mass Index: Ariel Linden
BMJCIP: Stata module to format confidence intervals and P-values for medical journals: Roger Newson
BMP2DTA: Stata module to convert bitmap files to Stata datasets: Austin Nichols
BMTEST: Stata module for computing the independent two-sample Brunner-Munzel test: Ariel Linden
BNDECOMP: RATS procedure to perform Beveridge-Nelson decomposition: Tom Doan
BNORMPDF: Stata module to calculate the bivariate normal density: Gary Longton