| [A] [S] | Bécue-Bertaut Mónica | Textual and lexical statistics |
| [A] [S] | Bénasséni Jacques, Bennani Dosse Mohammed | The power STATIS-ACT method |
| [A] | Bernard Françoise, Goldfarb Bernard, Pardoux Catherine, Touati Myriam, Summa-Gettler Mireille | Evaluation of seminars by correspondence analysis and related methods |
| [A] [S] | Blasius Jörg, Thiessen Victor | Screening the data for detecting methodological induced variation |
| [A] | Böcük Harun, Asan Zerrin, Türe Cengiz | The chemical analysis of soil ? Plant with high boron concentrations by log-ratio analysis |
| [A] [S] | Bonnet Philippe, Lebaron Frédéric | Latest methodological breakthroughs in geometric data analysis of cultural practices |
| [A] | Börjesson Mikael, Melldahl Andreas | The Swedish social space of 1990. Investigating its structure and history |
| [A] [S] | Bougeard Stéphanie, Qannari El Mostafa, Fablet Christelle | Multiblock method for categorical variables. Application to air quality in pig farms |
| [A] [S] | Buche Marianne, Cadoret Marine, Lê Sébastien | Projective tests using Napping, the Rorschach test revisited: are the cultural differences between Asians and Caucasians significant? |
| [A] [S] | Cadoret Marine, Buche Marianne, Lê Sébastien | Confidence ellipses when analyzing simultaneously several contingency tables resulting from free-text descriptions |
| [A] [S] | Cadoret Marine, Lê Sébastien, Pagès Jérôme | Euclidean representations of a set of hierarchies using multiple factor analysis |
| [A] [S] | Cadot Martine, Lelu Alain | Representing interaction in multiway contingency tables: MIDOVA, CA and log-linear model |
| [A] [S] | Cazes Pierre | Some comments on correspondence analysis |
| [A] [S] | Choulakian Vartan, De Tibeiro Jules | Graph partitioning by correspondence analysis and taxicab correspondence analysis |
| [A] [S] | D'Ambra Luigi, Beh Eric, Camminatiello Ida | Singly and doubly ordered cumulative correspondence analysis |
| [A] [S] | de Leeuw Jan | History of Nonlinear Principal Component Analysis |
| [A] [S] | De Rooij Mark | The mixed effect trend vector model |
| [A] | de Tibeiro Jules, Murdoch Duncan | Correspondence analysis with incomplete paired data using Bayesian analysis |
| [A] [S] | Dossou-Gbété Simplice, Falguerolles Antoine de | The Poisson trick for matched tables: a case for putting the fish in the bowl |
| [A] [S] | Dossou-Gbété Simplice | Analyzing multiple time series using a dynamic latent variables principal component analysis model |
| [A] [S] | Dray Stéphane | Multivariate analysis of ecological data with ade4 |
| [A] [S] | Dray Stéphane | Analyzing spatial multivariate structures |
| [A] | Durucasu Hasan, Ican Özgür | Evaluation of Turkish media and the athletics news by correspondence analysis |
| [A] [S] | Ekelund Bo, Börjesson Mikael | Mapping a citational universe: A GDA of literary dissertation bibliographies |
| [A] [S] | Fernández-Aguirre Karmele, Garín-Martín Maria Araceli, Modroño-Herrán Juan Ignacio | Visual displays. Some evidence through artificial and real data |
| [A] | Fersi Kmar, Benlagha Noureddine, Ben Ammou Samir | The insurability of risks: A quantitative approach applied to motor insurance |
| [A] [S] | Frederiksen Jan Thorhauge | Cross-over methodologies: correspondence analysis as a framework for mixed methods. |
| [A] [S] | Frederiksen Morten | Not so trustful after all? A study of trust, tolerance and solidarity in Denmark |
| [A] [S] | Friendly Michael, Turner Heather, Firth David, Zeileis Achim | Advances in visualizing categorical data |
| [A] [S] | Funnell Robert | Urban aboriginal lifestyles in Brisbane: mapping vertical and lateral stratification of opportunity for marginalised groups |
| [A] [S] | Ganón Elena | Simultaneous analysis of contingency tables drawn with telephone data registration from the national telephone service to support women suffering violence in Uruguay |
| [A] [S] | Gower John | Biplots: Taking stock |
| [A] [S] | Graffelman Jan | New pictures for correlation structure |
| [A] [S] | Grannell Andrew, Fitzgerald Tony, Corcoran Paul | Deliberate self harm among Irish adolescents |
| [A] [S] | Greenacre Michael | Unifying the geometry of simple and multiple correspondence analysis |
| [A] [S] | Groenen Patrick | Past, present, and future of multidimensional scaling |
| [A] [S] | Hjellbrekke Johs., Korsnes Olav | Cultural distinctions: A geometric data analysis |
| [A] | Hornbostel Stefan, Marty Christoph | Excellent news for German universities? A multiple correspondence analysis of media reporting on the excellence initiative |
| [A] [S] | Iodice D'Enza Alfonso, Palumbo Francesco | An evolutionary analysis of association patterns |
| [A] [S] | Josse Julie, Chavent Marie, Liquet Benoît, Husson François | Handling missing values with regularized iterative multiple correspondence analysis |
| [A] | Korneliussen Tor | Information sources that EU tourists use: A cross-country study |
| [A] [S] | Kostov Belchin Adriyanov, Bécue-Bertaut Mónica, Morin Annie | Canonical correspondence analysis for uncovering temporal features in chronological textual data |
| [A] [S] | Kroonenberg Pieter | Three-mode correspondence analysis: Some history and an ecological example from the sea bed |
| [A] [S] | Langovaya Anna, Kuhnt Sonja | Correspondence analysis and moderate outliers |
| [A] [S] | Lê Sébastien | From one to multiple data tables with FactoMineR |
| [A] [S] | Le Pouliquen Marc, Csernel Marc | Betweenness relation orientated by Guttman effect in critical edition |
| [A] | Le Roux Brigitte, Bienaise Solène | Combinatorial inference in geometric data analysis: typicality test |
| [A] [S] | Le Roux Brigitte | Birth of CA in Rennes and what's new 40 years later? |
| [A] [S] | Lebart Ludovic | About the history of multiple correspondence analysis |
| [A] [S] | Lidegran Ida, Palme Mikael | Out-of-study practices and symbolic capital among Swedish students in higher education |
| [A] [S] | Lombardo Rosaria, Beh Eric | The aggregate prediction index and non-symmetrical correspondence analysis of aggregate data: The 2x2 table |
| [A] [S] | Lubbe Sugnet, Silal Sheetal, Niel le Roux | Constructing a socio-economic status index for a non-homogeneous society with distinct sets of variables in multiple correspondence analysis |
| [A] [S] | Mair Patrick, de Leeuw Jan | Multidimensional scaling using majorization with smacof |
| [A] [S] | Markos Angelos, Menexes George | Hierarchical clustering on special manifolds |
| [A] [S] | Morand Elisabeth, Garnier Bénédicte, Bonvalet Catherine | Multiple factor analysis to two-way contingency table to compare residential and geographical trajectories |
| [A] [S] | Morin Annie, Pham Nguyen-Khang | Interactive image mining |
| [A] [S] | Mühlichen Andreas | Nominal, ordinal and metric variables in the "social space" ? Using CatPCA to examine lifestyles and regional identities in a medium-sized German city |
| [A] [S] | Murtagh Fionn, Ganz Adam, Reddington Joe | Semantics of narrative in collective, distributed problem-solving environments based on correspondence analysis and hierarchical clustering |
| [A] [S] | Nenadic Oleg, Greenacre Michael | Correspondence analysis with ca |
| [A] | Nenadic Oleg, Greenacre Michael | Correspondence Analysis in R: the ca package |
| [A] | Palacios Fenech Javier | Principal component analysis of international diffusion of durable goods |
| [A] [S] | Qannari Mostafa, Courcoux Philippe, Cariou Véronique | Analysis of sorting data using multiple correspondence analysis and a related method |
| [A] | Rosenlund Lennart | Social and spatial structures in an urban environment |
| [A] [S] | Roux Maurice | Cluster analysis with k-means: what about the details ? |
| [A] [S] | Séguéla Julie, Saporta Gilbert | A comparison between latent semantic analysis and correspondence analysis |
| [A] | Souza Marcio, Bastos Ronaldo, Vieira Marcel | The derivation of individual overall attitude scores from a multiple correspondence analysis solution |
| [A] [S] | Souza Augusto, Bastos Ronaldo, Vieira Marcel | Complex sampling designs and multiple correspondence analysis |
| [A] [S] | Stanimir Agnieszka, Grzeskowiak Alicja, Dziechciarz Jozef | Application of correspondence analysis and related methods in evaluation of knowledge and skills of young Peo |
| [A] [S] | Tenenhaus Michel, Tenenhaus Arthur | Regularized generalized canonical correlation analysis |
| [A] [S] | ter Braak Cajo | History of canonical correspondence analysis (CCA) in ecology |
| [A] [S] | Tortora Cristina, Palumbo Francesco, Gettler Summa Mireille | CD-clustering |
| [A] [S] | Vehkalahti Kimmo, Sund Reijo | First 50 years of Survo: from a statistical program to an interactive environment for data processing |
| [A] [S] | Verbanck Marie, Lê Sébastien, Pagès Jérôme | Towards the integration of biological knowledge with canonical correspondence analysis when analyzing Xomic data in an exploratory framework |
| [A] [S] | Vicente-Villardon Jose Luis | Logistic biplots for binary, nominal and ordinal data |
| [A] [S] | Vines Karen | Predictive nonlinear biplots: maps and trajectories |
| [A] [S] | Volpato Richard | Letting data speak: Enunciative modalities of correspondence analysis |
| [A] [S] | Weisz Robert, Karim Jahanvash | Weisz communication styles inventory (WCSI-version 1.0): Development and validation |
| [A] [S] | Worch Thierry, Lê Sébastien, Pagès Jérôme | Validation of ideal profile data using multivariate analysis: The ideal products? Space as a link between the products and their preferences |
| [A] | Wurzer Marcus, Mair Patrick | Gifi methods to explore EU-SILC data |
| [A] [S] | Zárraga Amaya, Goitisolo Beatriz | Correspondence analysis of surveys with conditioned and multiple response questions |