Mimi Liljeholm

Publication Activity (10 Years)

Years Active: 2002-2023
Publications (10 Years): 10

Top Topics

Orthogonal Matrices

Affect Recognition

Top Venues

J. Cogn. Neurosci.

Publications

Lucila Arroyo, Mimi Liljeholm
Socio-Affective Traits Mediating Charitable Giving. CogSci (2023)
Paulina N. Silva, Mimi Liljeholm
Inverse Hypercorrection of Metacognitive Errors. CogSci (2023)
Patricia W. Cheng, Catherine M. Sandhofer, Mimi Liljeholm
Analytic Causal Knowledge for Constructing Useable Empirical Causal Knowledge: Two Experiments on Pre-schoolers. Cogn. Sci. 46 (5) (2022)
Mimi Liljeholm
Neural Correlates of Causal Confounding. J. Cogn. Neurosci. 32 (2) (2020)
Kaitlyn G. Norton, Mimi Liljeholm
Neural Substrates Mediating the Utility of Instrumental Divergence. CogSci (2019)
Prachi Mistry, Mimi Liljeholm
The Intrinsic Cost of Dissent. CogSci (2018)
Mimi Liljeholm, Prachi Mistry, Susan Koh
The Influence of Schizotypal Traits on a Preference for High Instrumental Divergence. CogSci (2018)
Mac Strelioff, Mimi Liljeholm
Actions that modify schedules of reinforcement. CogSci (2017)
Patricia W. Cheng, Mimi Liljeholm, Catherine M. Sandhofer
Analytic knowledge for constructing useable empirical causal knowledge: Two experiments on preschoolers. CogSci (2017)
Prachi Mistry, Mimi Liljeholm
The Role of Outcome Divergence in Goal-Directed Choice. CogSci (2015)
Patricia W. Cheng, Mimi Liljeholm, Catherine M. Sandhofer
Logical Consistency and Objectivity in Causal Learning. CogSci (2013)
Andy Lin, Mimi Liljeholm, Piotr Ozdzynski, Jackson Beatty
Visualizing plastic change in a large model of somatosensory cortex using an adaptive coordinates algorithm. Neurocomputing (2002)
Mimi Liljeholm, Andy Lin, Piotr Ozdzynski, Jackson Beatty
Quantitative analysis of kernel properties in Kohonen's self-organizing map algorithm: Gaussian and difference of Gaussians neighborhoods. Neurocomputing (2002)
Piotr Ozdzynski, Andy Lin, Mimi Liljeholm, Jackson Beatty
A parallel general implementation of Kohonen's self-organizing map algorithm: performance and scalability. Neurocomputing (2002)