Multivariate and Mixture Distribution Rasch Models

Introduction: extending the Rasch model or abandoning the Rasch model, Matthias von Davier, Jurgen Rost, Claus H. Carstensen.- Measurement models as narrative structures, Robert Mislevy, Chun-Wei Huang.- Testing generalized RM's, Cees A.W. Glas.- The mixed-coefficients multinomal logit model--a generalized form of the Rasch model, Raymond J. Adams, Margaret L. Wu.- Loglinear multivariate mixture Rasch models, Henk Kelderman.- Mixture distribution and hybrid Rasch models, Matthias von Davier, Kentaro Yamamoto.- Application of the Saltus model to stage-like data: some appliations and current developments, Karen Draney, Mark Wilson.- Determination of diagnostic cutpoints using stochastically ordered mixed Rasch models, Svend Kreiner.- A HYBRID model for test speededness, Keith A. Boughton, Kentaro Yamamoto.- Multidimensional three-mode RM's, Claus H. Carstensen, Jurgen Rost.- (Almost) equivalence between conditional and mixture maximum likelihood estimates for some models of the Rasch type, Anton K. Formann.- Rasch models for longitudinal data, Thorsten Meiser.- The interaction model, Shelby J. Haberman.- Multilvel Rasch models, Akihito Kamata, Yuk Fai Cheong.- Mixed Rasch models for measurement in cognitive psychology, Susan E. Embretson.- Detecting response styles and faking in personality and organizational assessments by mixed Rasch models, Michael Eid, Michael J. Zickar.- Application of multivariate Rasch models in international large scale educational assessments, Raymond J. Adams, Margaret L. Wu, Claus H. Carstensen.- Studying development via item response models: a wide range of potential uses, Judith Gluck, Christiane Spiel.- A comparison of the Rasch model and constrained item response theory models for pertinent psychological test data, Klaus D. Kubinger, Clemens Draxler.- Latent response Rasch models for strategy shifts in problem solving processes, Carl P. M. Rijkes,Henk Kelderman.- Validity and objectivity in health related scales: analysis by graphical loglinear Rasch models, Svend Kreiner, Karl Bang Christensen.- Applications of generalized Rasch models in the sport, exercise and the motor domains, Gershon Tenenbaum, Bernd Strauss, Dirk Busch.