Testing Concurrent Data Structures (Abstract). - John L. Bruno; Phillip B. Gibbons; Steven Phillips (PODC, 1996)

Mental Tracking: A Computational Model of Spatial Development. - Kazuo Hiraki; Akio Sashima; Steven Phillips (IJCAI (1), 1997)

A Comparison of Learning Transfer in Networks and Humans. - Steven Phillips (ICONIP, 1998)

From Egocentric to Allocentric Spatial Behavior: A Computational Model of Spatial Development. - Kazuo Hiraki; Akio Sashima; Steven Phillips (Adapt. Behav., 1998)

Are Feedforward and Recurrent Networks Systematic? Analysis and Implications for a Connectionist Cognitive Architecture. - Steven Phillips (Connect. Sci., 1998)

On-line Algorithms. - Steven Phillips; Jeffery R. Westbrook (Algorithms and Theory of Computation Handbook, 1999)

Post-Mortem Black-Box Correctness Tests for Basic Parallel Data Structures. - Phillip B. Gibbons; John L. Bruno; Steven Phillips (SPAA, 1999)

Future transport network architectures. - Robert D. Doverspike; Steven Phillips; Jeffery R. Westbrook (IEEE Commun. Mag., 1999)

Systematic Minds, Unsystematic Models: Learning Transfer in Humans and Networks. - Steven Phillips (Minds Mach., 1999)

The prize collecting Steiner tree problem: theory and practice. - David S. Johnson 001; Maria Minkoff; Steven Phillips (SODA, 2000)

Constituent similarity and systematicity: the limits of first-order connectionism. - Steven Phillips (Connect. Sci., 2000)

Reducing the computation time of the Isodata and K-means unsupervised classification algorithms. - Steven Phillips (IGARSS, 2002)

Does Classicism Explain Universality? - Steven Phillips (Minds Mach., 2002)

Black-Box Correctness Tests for Basic Parallel Data Structures. - Phillip B. Gibbons; John L. Bruno; Steven Phillips (Theory Comput. Syst., 2002)

Separating Relational from Item Load Effects in Paired Recognition: Temporoparietal and Middle Frontal Gyral Activity with Increased Associates, but Not Items during Encoding and Retention. - Steven Phillips; Kazuhisa Niki (NeuroImage, 2002)

Increased bilateral occipitoparietal activity during retention of binary versus unary indexed lists in pair recognition. - Steven Phillips; Kazuhisa Niki (NeuroImage, 2003)

Sensitivity to effective relational complexity in the occipitoparietal lobe. - Steven Phillips; Kazuhisa Niki (NeuroImage, 2006)

Kenneth Aizawa, The Systematicity Arguments, Studies in Brain and Mind - Dordrecht, The Netherlands, Kluwer Academic Publishers, 2002, xiii+255, euro 100.00, ISBN 1-4020-7271-6. - Steven Phillips (Minds Mach., 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)

Hierarchical control of false discovery rate for phase locking measures of EEG synchrony. - Archana K. Singh; Steven Phillips (NeuroImage, 2010)

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

A regression approach to infer electricity consumption of legacy telecom equipment. - Steven Phillips; Sheryl L. Woodward; Mark D. Feuer; Peter D. Magill (SIGMETRICS Perform. Evaluation Rev., 2010)

Logistic Methods for Resource Selection Functions and Presence-Only Species Distribution Models. - Steven Phillips; Jane Elith (AAAI, 2011)

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

Optimal detection of functional connectivity from high-dimensional EEG synchrony data. - Archana K. Singh; Hideki Asoh; Steven Phillips (NeuroImage, 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)

A Quantum Probability-theoretic account of human judgment using Positive-Operator-Valued Measures. - Takayuki Miyadera; Steven Phillips (CogSci, 2012)

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

A category theory perspective on compositionality and (the development of) cognitive capacity. - Steven Phillips (CogSci, 2013)

Analogy and cognitive architecture: Two kinds of systematicity, one kind of (universal) construction. - Steven Phillips (CogSci, 2014)

Current protection. - Steven Phillips; Alex N. Jensen; Steve C. Chiu (EIT, 2014)

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

Why are we (un)systematic? the (empirical) costs and benefits of learning universal constructions. - Steven Phillips; Yuji Takeda; Fumie Sugimoto (CogSci, 2016)

A General (Category Theory) Principle for General Intelligence: Duality (Adjointness). - Steven Phillips (AGI, 2017)

A categorical (fixed point) foundation for cognition: (adjoint) corecursion. - Steven Phillips (CogSci, 2017)

Dual-routes and the cost of computing least-costs. - Steven Phillips; Yuji Takeda; Fumie Sugimoto (CogSci, 2017)

What underlies dual-process cognition? Adjoint and representable functors. - Steven Phillips (CogSci, 2018)

Five aspects of compositionality and a universal principle. - Steven Phillips (CogSci, 2019)

The limits of learning to learn. - Steven Phillips (CogSci, 2020)

A formal comparison/contrast of associative and relational learning: a case study of relational schema induction. - Steven Phillips (CogSci, 2021)

A reconstruction theory of relational schema induction. - Steven Phillips (PLoS Comput. Biol., 2021)

Category Theory for Cognitive Science. - Britt Anderson; Steven Phillips; Toby St Clere Smithe; Geoffrey S. H. Cruttwell (CogSci, 2022)

Transitive inference in non-humans? Not so fast! - Steven Phillips (CogSci, 2022)

Universal Languages of Thought: LoT is a topos. - Steven Phillips (CogSci, 2023)