Object Properties and Frame of Reference in Spatial Memory Representations. - Steven A. Marchette; Amy Lynne Shelton (Spatial Cogn. Comput., 2010)

Object Working Memory Performance Depends on Microstructure of the Frontal-Occipital Fasciculus. - Megan Walsh; Caroline A. Montojo; Yi-Shin Sheu; Steven A. Marchette; Daniel M. Harrison; Scott D. Newsome; Feng Zhou; Amy Lynne Shelton; Susan M. Courtney (Brain Connect., 2011)

Discrimination of Springs with Vision, Proprioception, and Artificial Skin Stretch Cues. - Netta Gurari; Jason W. Wheeler; Amy Lynne Shelton; Allison M. Okamura (EuroHaptics (1), 2012)

Individual Differences in Representational Precision Predict Spatial Working Memory Span. - Steven A. Marchette; Megan W. Sever; Jonathan I. Flombaum; Amy Lynne Shelton (Spatial Cogn. Comput., 2015)

Characterizing spatial construction processes: Toward computational tools to understand cognition. - Cathryn S. Cortesa; Jonathan D. Jones; Gregory D. Hager; Sanjeev Khudanpur; Amy Lynne Shelton; Barbara Landau (CogSci, 2017)

Constraints and Development in Children's Block Construction. - Cathryn S. Cortesa; Jonathan D. Jones; Gregory D. Hager; Sanjeev Khudanpur; Barbara Landau; Amy Lynne Shelton (CogSci, 2018)

The importance of stability in children's and adults' block-building. - E. Emory Davis; Jonathan D. Jones; Kiley K. McKee; Amy Lynne Shelton; Barbara Landau (CogSci, 2021)

Fine-Grained Activity Recognition for Assembly Videos. - Jonathan D. Jones; Cathryn S. Cortesa; Amy Lynne Shelton; Barbara Landau; Sanjeev Khudanpur; Gregory D. Hager (IEEE Robotics Autom. Lett., 2021)

Characterizing the Details of Spatial Construction: Cognitive Constraints and Variability. - Amy Lynne Shelton; E. Emory Davis; Cathryn S. Cortesa; Jonathan D. Jones; Gregory D. Hager; Sanjeev Khudanpur; Barbara Landau (Cogn. Sci., 2022)

Naive human judges can accurately predict expertise in children's block building. Can embedded motion sensors do just as well? - E. Emory Davis; Zihan Wang; Anand Malpani; Gregory D. Hager; Amy Lynne Shelton; Barbara Landau (CogSci, 2023)