Character Pattern Recognition on a Computational Neural Network. - Luyuan Fang; William H. Wilson (Australian Joint Conference on Artificial Intelligence, 1988)

Running rule-based expert systems on parallel processors. - Tao Li; Luyuan Fang; William H. Wilson (Knowl. Based Syst., 1989)

Solving Proportional Analogy Problems using Tensor Product Networks with Random Representations. - William H. Wilson; Deborah J. Street; Graeme S. Halford (ICNN, 1995)

Integrated Correction of Ill-Formed Sentences. - Kyongho Min; William H. Wilson (Australian Joint Conference on Artificial Intelligence, 1997)

Recognition of hand-printed latin characters based on a structural approach with a neural network classifier. - Adnan Amin; Sankaran Iyer; William H. Wilson (J. Electronic Imaging, 1997)

Integrated Control of Chart Items for Error Repair. - Kyongho Min; William H. Wilson (COLING-ACL, 1998)

Typographical and Orthographical Spelling Error Correction. - Kyongho Min; William H. Wilson; Yoo-Jin Moon (LREC, 2000)

Preferred Document Classification for a Highly Inflectional/Derivational Language. - Kyongho Min; William H. Wilson; Yoo-Jin Moon (Australian Joint Conference on Artificial Intelligence, 2002)

Effectiveness of Syntactic Information for Document Classification. - Kyongho Min; William H. Wilson (Australian Conference on Artificial Intelligence, 2003)

Korean Compound Noun Term Analysis Based on a Chart Parsing Technique. - Kyongho Min; William H. Wilson; Yoo-Jin Moon (Australian Conference on Artificial Intelligence, 2003)

Syntactic and Semantic Disambiguation of Numeral Strings Using an N-Gram Method. - Kyongho Min; William H. Wilson; Yoo-Jin Moon (Australian Conference on Artificial Intelligence, 2005)

Comparison of Numeral Strings Interpretation: Rule-Based and Feature-Based N-Gram Methods. - Kyongho Min; William H. Wilson (Australian Conference on Artificial Intelligence, 2006)

IPSOM: A Self-organizing Map Spatial Model of How Humans Complete Interlocking Puzzles. - Spyridon Revithis; William H. Wilson; Nadine Marcus (Australian Conference on Artificial Intelligence, 2006)

Effectiveness of Methods for Syntactic and Semantic Recognition of Numeral Strings: Tradeoffs Between Number of Features and Length of Word N-Grams. - Kyongho Min; William H. Wilson; Byeong Ho Kang 001 (Australian Conference on Artificial Intelligence, 2007)

What Do Transitive Inference and Class Inclusion Have in Common? Categorical (Co)Products and Cognitive Development. - Steven Phillips; William H. Wilson; Graeme S. Halford (PLoS Comput. Biol., 2009)

Categorial Compositionality: A Category Theory Explanation for the Systematicity of Human Cognition. - Steven Phillips; William H. Wilson (PLoS Comput. Biol., 2010)

Categorial compositionality continued: A category theory explanation for quasi-systematicity. - Steven Phillips; William H. Wilson (CogSci, 2011)

Categorial Compositionality II: Universal Constructions and a General Theory of (Quasi-)Systematicity in Human Cognition. - Steven Phillips; William H. Wilson (PLoS Comput. Biol., 2011)

Systematicity, Accessibility, and Universal Properties. - William H. Wilson; Steven Phillips (Australasian Conference on Artificial Intelligence, 2012)

Categorial compositionality continued (further): A category theory explanation for the systematicity of recursive cognitive capacities. - Steven Phillips; William H. Wilson (CogSci, 2012)

SOM Cognitive Modeling of Autistic and Schizophrenic Traits Using an Oscillating Topological Neighborhood Width Function. - Spyridon Revithis; William H. Wilson; Nadine Marcus (CogSci, 2013)

Impacts of Linked URLs in Social Media - Preliminary Analysis of Linked URLs for Health-Related Social Media Postings. - Kyongho Min; William H. Wilson; Yoo-Jin Moon (PKAW, 2014)

Cognitive architecture and second-order systematicity: categorical compositionality and a (co)recursion model of systematic learning. - Steven Phillips; William H. Wilson (CogSci, 2015)

Metrics and the Cooperative Process of the Self-organizing Map Algorithm. - William H. Wilson (ISNN (1), 2017)

Multi-scale metrics and self-organizing maps: a computational approach to the structure of sensory maps. - William H. Wilson (CoRR, 2018)