T Honkela, S Kaski, K Lagus, T Kohonen (1997). WEBSOM – self-organizing maps of document collections. Proceedings of WSOM 97, 4-6
N Janasik, T Honkela, H Bruun (2009).Text mining in qualitative research – application of an unsupervised learning method. Organizational Research Methods 12 (3), 436-460
T Honkela, A Hyvärinen, JJ Väyrynen (2010). WordICA – emergence of linguistic representations for words by independent component analysis. Natural Language Engineering 16 (03), 277-308
T Honkela, V Könönen, T Lindh‐Knuutila, MS Paukkeri (2008). Simulating processes of concept formation and communication. Journal of Economic Methodology 15 (3), 245-259
T Honkela, AM Vepsäläinen (1991). Interpreting imprecise expressions: Experiments with Kohonenäs self-organizing maps and associative memory. Proceedings of ICANN 1991
G Legrady, T Honkela (2002). Pockets full of memories: an interactive museum installation. Visual Communication 1 (2), 163-169
H Zhang, E Augilius, T Honkela, J Laaksonen, H Gamper, H Alene (2011). Analyzing emotional semantics of abstract art using low-level image features. Proceedings of IDA 2012, 413-423
T Honkela (2007). Philosophical aspects of neural, probabilistic and fuzzy modeling of language use and translation. Proceedings of IJCNN 2007, 2881-2886
T Honkela, J Raitio, K Lagus, IT Nieminen, N Honkela, M Pantzar (2012).
Subjects on objects in contexts: Using GICA method to quantify epistemological subjectivity. Proceedings of IJCNN 2012, 1-9
T Honkela, Z Izzatdust, K Lagus (2012). Text mining for wellbeing: Selecting stories using semantic and pragmatic features. Proceedings of ICANN 2012, 467-474
AM Rusanen, O Lappi, T Honkela, M Nederström (2008). Conceptual coherence in philosophical education – visualizing initial conceptions of philosophy students with self-organizing maps. Proceedings of CogSci 2008, 64-70
O Kohonen, S Katajamäki, T Honkela (2005). In search for volta: Statistical analysis of word patterns in Shakespeare’s sonnets. Proceedings of AMKLC 2005, 44-47
T Lindh-Knuutila, T Honkela (2015).Exploratory analysis of semantic categories: comparing data-driven and human similarity judgments. Computational Cognitive Science 1 (1), 1-25