British Journal of Mathematical & Statistical Psychology

Papers
(The TQCC of British Journal of Mathematical & Statistical Psychology is 2. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-06-01 to 2025-06-01.)
ArticleCitations
Estimation of nonlinear mixed‐effects continuous‐time models using the continuous‐discrete extended Kalman filter37
Correction to “A new Q‐matrix validation method based on signal detection theory”29
Identifiability and estimability of Bayesian linear and nonlinear crossed random effects models17
Distance‐based logistic model for cross‐classified categorical data13
Correcting for measurement error under meta‐analysis of z‐transformed correlations12
A sequential exploratory diagnostic model using a Pólya‐gamma data augmentation strategy12
Jointly modeling responses and omitted items by a competing risk model: A survival analysis approach11
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Determining the number of attributes in the GDINA model8
A new person‐fit method based on machine learning in CDM in education8
Advances in meta‐analysis: A unifying modelling framework with measurement error correction7
Investigating heterogeneity in IRTree models for multiple response processes with score‐based partitioning7
Penalization approaches in the conditional maximum likelihood and Rasch modelling context6
A general dynamic learning model framework for cognitive diagnosis6
Statistical inference for agreement between multiple raters on a binary scale6
Bayesian hierarchical response time modelling—A tutorial6
Multilevel SEM with random slopes in discrete data using the pairwise maximum likelihood5
Modelling non‐linear psychological processes: Reviewing and evaluating non‐parametric approaches and their applicability to intensive longitudinal data5
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A novel nonvisual procedure for screening for nonstationarity in time series as obtained from intensive longitudinal designs5
Issue Information5
A general diagnostic modelling framework for forced‐choice assessments5
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Latent variable selection in multidimensional item response theory models using the expectation model selection algorithm5
The generalized Hausman test for detecting non‐normality in the latent variable distribution of the two‐parameter IRT model5
Issue Information4
Assessment of generalised Bayesian structural equation models for continuous and binary data4
Effect sizes in ANCOVA and difference‐in‐differences designs4
Pairwise stochastic approximation for confirmatory factor analysis of categorical data4
Theoretical considerations when simulating data from the g‐and‐h family of distributions4
Frequency‐adjusted borders ordinal forest: A novel tree ensemble method for ordinal prediction3
Using cross‐validation methods to select time series models: Promises and pitfalls3
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Issue Information3
Corrigendum3
A model‐based approach to multivariate principal component regression: Selecting principal components and estimating standard errors for unstandardized regression coefficients3
A comparison of different measures of the proportion of explained variance in multiply imputed data sets3
Complete Q‐matrices in conjunctive models on general attribute structures3
Effect sizes for experimental research2
Modelling multiple problem‐solving strategies and strategy shift in cognitive diagnosis for growth2
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Constructing tests for skill assessment with competence‐based test development2
Regularized Bayesian algorithms for Q‐matrix inference based on saturated cognitive diagnosis modelling2
Penalized optimal scaling for ordinal variables with an application to international classification of functioning core sets2
A comparative evaluation of factor‐ and component‐based structural equation modelling approaches under (in)correct construct representations2
Handling missing data in variational autoencoder based item response theory2
Data‐driven Q‐matrix learning based on Boolean matrix factorization in cognitive diagnostic assessment2
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Identifiability analysis of the fixed‐effects one‐parameter logistic positive exponent model2
Modelling motion energy in psychotherapy: A dynamical systems approach2
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Issue Information2
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