Jump to content

Template:Statistics: Difference between revisions

Permanently protected template
From Wikipedia, the free encyclopedia
Browse history interactively
← Previous editNext edit →
Content deleted Content added
VisualWikitext
No edit summary
removed scan and record stats. Added * Interaction before factorial. Likelihood plug-in estimator, for edf Added 2-way anova (Friedman) Ordered alternative (Jonckheere–Terpstra)
Line 67: Line 67:
* [[Scatter plot]]
* [[Scatter plot]]


| group5 = [[Statistical graphics]]
| group5 = [[Statistical graphics|Graphics]]
| list5 =
| list5 =
* [[Bar chart]]
* [[Bar chart]]
Line 96: Line 96:
| group1 = Study design
| group1 = Study design
| list1 =
| list1 =
* [[Dark data]]
* [[Effect size]]
* [[Effect size]]
* [[Standard error]]
* [[Standard error]]
* [[Statistical power]]
* [[Statistical power]]<!-- redundant with inference, but useful -->
* [[Sample size determination]]
* [[Sample size determination]]
* [[Missing data]] <!-- * [[Dark data]] New and not a standard statistical topic-->


| group2 = [[Survey methodology]]
| group2 = [[Survey methodology]]
Line 120: Line 120:
* [[Replication (statistics)|Replication]]
* [[Replication (statistics)|Replication]]
* [[Blocking (statistics)|Blocking]]
* [[Blocking (statistics)|Blocking]]
* [[Interaction (statistics)|Interaction]]
* [[Factorial experiment]]
* [[Factorial experiment]]
<!-- * [[Regression discontinuity design|Regression discontinuity]] -->
<!-- * [[Regression discontinuity design|Regression discontinuity]] -->
Line 143: Line 144:
* [[Sampling distribution]]
* [[Sampling distribution]]
* [[Order statistic]]
* [[Order statistic]]
* [[Scan statistic]]
* [[Record value]]
* [[Sufficient statistic|Sufficiency]]
* [[Sufficient statistic|Sufficiency]]
* [[Completeness (statistics)|Completeness]]
* [[Completeness (statistics)|Completeness]]
* [[Exponential family]]
* [[Exponential family]]
* [[Likelihood function|Likelihood]]&nbsp;([[Monotone likelihood ratio|monotone]])
* [[Permutation test]]&nbsp;([[randomization test]])
* [[Permutation test]]&nbsp;([[randomization test]])
* [[Empirical distribution function|Empirical distribution]]
* [[Empirical distribution function|Empirical distribution]]
Line 153: Line 153:
* [[U-statistic]]
* [[U-statistic]]
* [[Efficiency (statistics)|Efficiency]]
* [[Efficiency (statistics)|Efficiency]]
* [[Optimal decision]]&nbsp;([[loss function]]) <!-- Needed for robustness, risk etc. -->
* [[Asymptotic theory (statistics)|Asymptotics]]
* [[Asymptotic theory (statistics)|Asymptotics]]
* [[Robust statistics|Robustness]]
* [[Robust statistics|Robustness]]
Line 165: Line 166:
* [[Statistical hypothesis testing|Testing hypotheses<!--plural, since alternatives are considered-->]]
* [[Statistical hypothesis testing|Testing hypotheses<!--plural, since alternatives are considered-->]]
* [[Power (statistics)|Power]]
* [[Power (statistics)|Power]]
* [[One- and two-tailed tests|1- & 2-tails]]
* [[Multiple comparisons]]
| group2 = [[Bias of an estimator|Unbiased]] [[estimator]]s
| group2 = [[Bias of an estimator|Unbiased]] [[estimator]]s
| list2 =
| list2 =
Line 172: Line 175:
| list3 =
| list3 =
* [[Maximum likelihood]]
* [[Maximum likelihood]]
* [[Plug-in principle|Plug-in]] <!-- Bickel and Doksum name this is basic, as do all bootstrapping books; c.f., empirical distribution function and bootstrapping in this template -->
⚫
* [[Method of moments (statistics)|Method of moments]]
* [[Minimum distance estimation|Minimum distance]]
* [[Minimum distance estimation|Minimum distance]]
⚫
* [[Method of moments (statistics)|Method of moments]]
* [[Density estimation]]
* [[Density estimation]]
| group4 = [[Parametric statistics|Parametric tests]]
| group4 = [[Parametric statistics|Parametric tests]]
Line 202: Line 206:
* [[Likelihood-ratio test|Model comparison {{smaller|(Likelihood-ratio)}}]]
* [[Likelihood-ratio test|Model comparison {{smaller|(Likelihood-ratio)}}]]
* [[Akaike information criterion|Model quality {{smaller|(Akaike criterion)}}]]
* [[Akaike information criterion|Model quality {{smaller|(Akaike criterion)}}]]
| group3 = [[Rank statistics|Signed-rank]]
| group3 = [[Rank statistics]]
| list3 =
| list3 =
* [[Sign test|Sign]]
⚫
* [[Wilcoxon signed-rank test|1-sample {{smaller|(Wilcoxon)}}]]
* [[Median test|Median]]
⚫
* [[Mann–Whitney U test|2-sample {{smaller|(Mann–Whitney ''U'')}}]]
⚫
* [[Wilcoxon signed-rank test|1-sample {{smaller|(Wilcoxon)}}]] ([[Hodges–Lehmann estimator]])
⚫
* [[Mann–Whitney U test|2-sample {{smaller|(Mann–Whitney)}}]]
* [[Kruskal–Wallis one-way analysis of variance|1-way anova {{smaller|(Kruskal–Wallis)}}]]
* [[Kruskal–Wallis one-way analysis of variance|1-way anova {{smaller|(Kruskal–Wallis)}}]]
* [[Friedman test|2-way anova {{smaller|(Friedman)}}]]
* [[Jonckheere's trend test|Ordered alternative {{smaller|(Jonckheere–Terpstra)}}]]
}}
}}


Line 219: Line 227:
* [[Bayes factor]]
* [[Bayes factor]]
* [[Bayes estimator|Bayesian estimator]]
* [[Bayes estimator|Bayesian estimator]]
* [[Maximum a posteriori estimation|Maximum posterior estimator]]
<!-- * [[Maximum a posteriori estimation|Maximum posterior estimator]] -->
}}
}}


Line 295: Line 303:
| group2 = [[Multivariate statistics|Multivariate]]
| group2 = [[Multivariate statistics|Multivariate]]
| list2 =
| list2 =
* [[General linear model|Multivariate regression]]
* [[General linear model|Regression]]
* [[Multivariate analysis of variance|Anova]]
* [[Principal component analysis|Principal components]]
* [[Principal component analysis|Principal components]]
* [[Factor analysis]]
* [[Canonical correlation]]
* [[Linear discriminant analysis|Discriminant analysis]]
* [[Cluster analysis]]
* [[Cluster analysis]]
* [[Statistical classification|Classification]]
* [[Statistical classification|Classification]]
* [[Factor analysis]]
* [[Copula (probability theory)|Copula]]s
<!-- * [[Copula (probability theory)|Copula]]s removed as not a standard topic -->


| group3 = [[Time series|Time-series]]
| group3 = [[Time series|Time-series]]

Revision as of 02:15, 4 August 2016

Retrieved from "https://en.wikipedia.org/w/index.php?title=Template:Statistics&oldid=732910397"