accuracy: Tools for Accurate and Reliable Statistical Computing
Most empirical social scientists are surprised that low-level numerical issues in software can have deleterious effects on the estimation process. Statistical analyses that appear to be perfectly successful can be invalidated by concealed numerical problems. We have developed a set of tools, contain...
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doaj-9f1743dfbfef4837b13e9607a9ba34112020-11-24T22:59:10ZengFoundation for Open Access StatisticsJournal of Statistical Software1548-76602007-06-01211accuracy: Tools for Accurate and Reliable Statistical ComputingMicah AltmanJeff GillMichael P. McDonaldMost empirical social scientists are surprised that low-level numerical issues in software can have deleterious effects on the estimation process. Statistical analyses that appear to be perfectly successful can be invalidated by concealed numerical problems. We have developed a set of tools, contained in accuracy, a package for R and S-PLUS, to diagnose problems stemming from numerical and measurement error and to improve the accuracy of inferences. The tools included in accuracy include a framework for gauging the computational stability of model results, tools for comparing model results, optimization diagnostics, and tools for collecting entropy for true random numbers generation.http://www.jstatsoft.org/v21/a01/papersensitivity analysisstatistical computationnumerical accuracygeneralized inversegeneralized CholeskyStarr testglobal optimization |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Micah Altman Jeff Gill Michael P. McDonald |
spellingShingle |
Micah Altman Jeff Gill Michael P. McDonald accuracy: Tools for Accurate and Reliable Statistical Computing Journal of Statistical Software sensitivity analysis statistical computation numerical accuracy generalized inverse generalized Cholesky Starr test global optimization |
author_facet |
Micah Altman Jeff Gill Michael P. McDonald |
author_sort |
Micah Altman |
title |
accuracy: Tools for Accurate and Reliable Statistical Computing |
title_short |
accuracy: Tools for Accurate and Reliable Statistical Computing |
title_full |
accuracy: Tools for Accurate and Reliable Statistical Computing |
title_fullStr |
accuracy: Tools for Accurate and Reliable Statistical Computing |
title_full_unstemmed |
accuracy: Tools for Accurate and Reliable Statistical Computing |
title_sort |
accuracy: tools for accurate and reliable statistical computing |
publisher |
Foundation for Open Access Statistics |
series |
Journal of Statistical Software |
issn |
1548-7660 |
publishDate |
2007-06-01 |
description |
Most empirical social scientists are surprised that low-level numerical issues in software can have deleterious effects on the estimation process. Statistical analyses that appear to be perfectly successful can be invalidated by concealed numerical problems. We have developed a set of tools, contained in accuracy, a package for R and S-PLUS, to diagnose problems stemming from numerical and measurement error and to improve the accuracy of inferences. The tools included in accuracy include a framework for gauging the computational stability of model results, tools for comparing model results, optimization diagnostics, and tools for collecting entropy for true random numbers generation. |
topic |
sensitivity analysis statistical computation numerical accuracy generalized inverse generalized Cholesky Starr test global optimization |
url |
http://www.jstatsoft.org/v21/a01/paper |
work_keys_str_mv |
AT micahaltman accuracytoolsforaccurateandreliablestatisticalcomputing AT jeffgill accuracytoolsforaccurateandreliablestatisticalcomputing AT michaelpmcdonald accuracytoolsforaccurateandreliablestatisticalcomputing |
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