Maintainer: Nicolas E. Campione <nicolas.campione@geo.uu.se>
Description: Estimation equations are from a variety of sources but are, in general, based on regressions between skeletal measurements (e.g., femoral circumference) and body mass in living taxa.

Packaged: 2016-01-13 00:25:19 UTC; campionevanzetten

Maintainer: Nicolas E. Campione <ncampion@une.edu.au>
Description: Estimation equations are from a variety of sources but are, in general, based on regressions between skeletal measurements (e.g., stylopodial circumference) and body mass in living taxa (Campione and Evans, 2012).

Description: Estimation equations are from a variety of sources and associated error estimation.

Title: Multidimensional Adaptive Testing (MAT)
Maintainer: Seung W. Choi <s-choi@northwestern.edu>
Description: Simulate Multidimensional Adaptive Testing for the
Multidimensional 3-Parameter Logistic (M3PL) model
Packaged: 2011-01-26 04:55:18 UTC; Seung Choi

Description: Simulate Multidimensional Adaptive Testing

Maintainer: Seung W. Choi <schoi@austin.utexas.edu>
Description: Simulates Multidimensional Adaptive Testing using the multidimensional three-parameter logistic model as described in Segall (1996) <doi:10.1007/BF02294343>, van der Linden (1999) <doi:10.3102/10769986024004398>, Reckase (2009) <doi:10.1007/978-0-387-89976-3>, and Mulder & van der Linden (2009) <doi:10.1007/s11336-008-9097-5>.

Title: Model-Averaged Tail Area Wald (MATA-Wald) Confidence Interval
Description: Provides a function for calculating the Model-Averaged Tail Area
Wald (MATA-Wald) confidence interval, which is generated from single-model

Description: Calculates Model-Averaged Tail Area Wald (MATA-Wald) confidence
intervals, which are constructed using single-model estimators and model

Description: Calculates Model-Averaged Tail Area Wald
(MATA-Wald) confidence intervals, which are constructed using
single-model estimators and model weights. See Turek and Fletcher

Title: Model-Averaged Tail Area (MATA) Confidence Interval and
(MATA-Wald) confidence intervals, and MATA-Wald confidence densities
and distributions, which are constructed using single-model
frequentist estimators and model weights. See Turek and Fletcher