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 Session 1  | 
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         H-P. Piepho, E. Kalka  | 
      
         Threshold models with fixed and random effects for ordered categorical data  | 
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         Session 2  | 
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         M. Bom Frøst, G.B. Dijksterhuis, W.L.P. Bredie, H. Heymann, M. Martens  | 
      
         Analysing time-intensity data with non-centred Principal Component Analysis (PCA) and Partial Least Squares Regression (PLSR) with Jack-knifing as validation tool  | 
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         S. Echols, A. Lakshmanan, S. Mueller, F. Rossi, A. Thomas  | 
      
         Parametric Modeling of Time Intensity Data Collected on Product Prototypes Generated From a Fractional Factorial Experiment to Quantify Sources of Texture Variability  | 
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         R. A.de Wijk, L. J. van Gemert, R. H. Jellema, G. B. Dijksterhuis, J. F. Prinz, H. Weenen  | 
      
         Relating perceived temporal change of sensory attributes in semi-solids to oral physiology  | 
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         Session 3  | 
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         M. Vichi  | 
      
         Clustering and Data Reduction Models for Three-way Preference Data  | 
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         C. Deppe, R. Carpenter, B. Jones,  | 
      
         Designs for multi-session sensory trials with preparation constraints where control products are included in the product range  | 
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         J. Pagès, E.Périnel  | 
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         Session 4  | 
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         A.S. Busch, M. Meyners, U. Fischer  | 
      
         Relating instrumental and sensory data for German Riesling wines by means of PLS  | 
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         S-J. Chung, H. Heymann, I. Gruen  | 
      
         Application of Partial Least Square analysis (PLS) and General Procrustes analysis (GPA) in understanding the relationships between sensory descriptive and headspace flavor profiles  | 
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         D. Bertrand, C. Prost, A. Hallier, P. Courcoux  | 
      
         Characterisation of the semantic similarities between descriptors of odours  | 
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         August 1  | 
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         Session 5  | 
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         E. P. Köster  | 
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         Session 6  | 
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         E.P.P.A. Derks, J. A. Westerhuis, A. K. Smilde, B. M. King  | 
      
         Multi-block methods in sensory analysis: a comparison of consensus methods by means of a flavor language case study  | 
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         G. Dijksterhuis, H. Martens, M. Martens  | 
      
         GPA-PLSR: An integrated technique for analysing sensory science data  | 
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         M. Meyners  | 
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         Session 7  | 
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         F. S. Fogliatto, S. L. Albin  | 
      
         Indirect pairwise comparison method – An AHP-based procedure for sensory data collection and analysis in product development and reliability tests  | 
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         C.A.A. Duineveld, P. Arents, B. M. King  | 
      
         Determination of equivalence between intensity scales by means of paired comparison  | 
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         P. B. Brockhoff  | 
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         Session 8  | 
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         F. Westad, M. Hersleth, P. Lea, H. Martens  | 
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         F. Listov-Saabye, L. Wienberg, M. Marten  | 
      
         Consumer Segmentation based on hedonic test and Sensory profiling of Aquavit  | 
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         August 2  | 
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         Session 9  | 
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         B. Cullis, A.B. Smith, R. Thompson  | 
      
         Multiplicative mixed models for the analysis of sensory evaluation data  | 
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         S. Le Dien, J. Pagès  | 
      
         Hierarchical Multiple Factor Analysis: Comparison of sensory profiles stemming from an initiated panel and a set of trained panels  | 
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         G. Gabrielsen  | 
      
         Handling individual scales in determining preferences functions  | 
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         Session 10  | 
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         V-V. Mattila  | 
      
         Semantic analysis of speech quality in mobile communication: descriptive language development and mapping to acceptability  | 
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         R.Linder, S. J. Pöppl  | 
      
         Food Quality Assurance Applying a Sophisticated Neural Network to Olfactory Signals  | 
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         M. Hanafi, E. M. Qannari, Ph. Courcoux, G. Organ  | 
      
         Analysis of sensory profiling data : from discrimination to description  | 
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         Posters  | 
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         In alphabetical order of presenting authors  | 
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         P. Arents, C.A.A. Duineveld, B. M. King  | 
      
         Sensory equivalence testing – the reversed null hypothesis and the size of a difference that matters  | 
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         J. Purdy, G. Armstrong, H. McIlveen, P. O’Donoghue  | 
      
         Development of a model to predict consumer acceptance of cottage pie from sensory quality and salt content  | 
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         R. K. Boccorh, A. Paterson  | 
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         P. B. Brockhoff  | 
      
         Statistical testing of individual differences in sensory profiling  | 
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         L. W. Frandsen, G. B. Dijksterhuis, P. Brockhoff, J. H. Nielsen  | 
      
         An Implicit Acceptability Test in Comparison to Sensory Profiling  | 
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         E. Mehinagic, D. Bertrand, R. Symoneaux  | 
      
         Relationship between Visible-NIR spectroscopy and sensory analysis of apples  | 
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         J. Meier, A. Ruehlmann  | 
      
         Differentiation of granola bars and sports bars by sensory evaluation: Does the sample presentation influence the results?  | 
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         N.M. Faber, J. Mojet, A.A.M. Poelman  | 
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         Ch. Narain, A. Paterson, E. Reid, J. R. Piggott  | 
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         Ch. Tang, K. Kooken  | 
      
         Attitudinal Consumer Segmentation: A Latent Class Clustering Approach  | 
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         J. Kosmider, M. Zamelczyk-Pajewska  | 
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