Population Invariance and the Equatability of Tests: Basic Theory and The Linear Case
By N. Dorans, Paul Holland. 2000
262 citations recorded by the source corpus.
Subfields: Artificial Intelligence, Statistics and Probability
View Paper: https://www.semanticscholar.org/paper/e42ff1a0093eeebb6f29420e0e26655f9b336d3c
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Artificial Intelligence
- N. Dorans
- Machteld Hoskens
- Paul Holland
- A. A. Davier
- Dorothy T. Thayer
- Andrew D. Ho
- Seonghoon Kim
- M. J. Kolen
In Statistics and Probability
- N. Dorans
- Machteld Hoskens
- A. A. Davier
- Paul Holland
- Dorothy T. Thayer
- Kosuke Imai
- Donald B. Rubin
- Guanglei Hong
Citations in the corpus
- Equating, Concordance, and Expectation (2004, methodology): “The distribution used to compute this average is the discrete distribution of Y over P. Dorans and Holland (2000) provide a special version of this general REMSD index for the special case in which there are two subpopulations (e.g., female and male) and in which linkings across these two…”
- Classical Test Theory as a first-order Item Response Theory: Application to true-score prediction from a possibly nonparallel test (2003, methodology): “This paper is closely related to the work discussed in Dorans and Holland (2000) in that this paper is partly concerned with the effects of subgroup membership on various aspects of linking the scores from different tests.”
- ETS CONTRIBUTIONS TO THE QUANTITATIVE ASSESSMENT OF ITEM, TEST, AND SCORE FAIRNESS (2013, background): “This brief report by Myers can be viewed as a remote harbinger of work on the population invariance of score linking functions done by Dorans and Holland (2000), Dorans (2004), Dorans and Liu (2009), and Liu and Dorans (2013).”
- The Recentering of SAT Scales and Its Effects on Score Distributions and Score Interpretations (2002, methodology): “SAT verbal/math crossconstruct linkings are clearly population dependent as has been shown by Dorans and Holland (2000) with male and female subpopulations.”
- The Chain and Post‐Stratification Methods for Observed‐Score Equating: Their Relationship to Population Invariance (2004, methodology): “In addition, we develop analogues of the Dorans and Holland (2000) RMSD measures of population invariance of equating methods for the NEAT design for both chain and post-stratification equating methods.”