George Kachergis

dblp:94/2409 · DBLP profile ↗
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47ranked-venue papers
22as first author
10since 2021 · last 2024
0000-0003-4153-4167ORCID · verified

Domains — the database's venue-derived domains; a paper can count in several

Artificial intelligence and machine learning · 45 · 22 first-author · 10 since 2021Applied, interdisciplinary, general and emerging computing · 43 · 21 first-author · 10 since 2021Human-computer interaction and ubiquitous computing · 1Theory of computation · 1
YearPublicationVenuePosition
2024 A large-scale comparison of cross-situational word learning models
George Kachergis, Michael C. Frank
CogSci1
2024 Using Psychometrics to Improve Cognitive Models-and Theory
Alvin Wei Ming Tan, George Kachergis, Michael C. Frank
CogSci2
2023 Video games as a path to a contextualized cognitive science, or How to move beyond 20 questions with nature
George Kachergis, Joseph L. Austerweil
CogSci1
2023 Measuring Children's Early Vocabulary in Low-Resource Languages Using a Swadesh-style Word List
Alvin Wei Ming Tan, George Kachergis, Virginia A. Marchman, Philip S. Dale, Michael C. Frank
CogSci2
2022 Estimating demographic bias on tests of children's early vocabulary
George Kachergis, Nathan Francis, Michael C. Frank
CogSci1
2022 Identifying the distributional sources of children's early vocabulary
George Kachergis, Georgia-Rengina Loukatou, Michael C. Frank
CogSci1
2021 A large-scale comparison of cross-situational word learning models
George Kachergis, Michael C. Frank
CogSci1
2021 Predicting children's and adults' preferences in physical interactions via physics simulation
George Kachergis, Samaher Radwan, Bria Long, Judith E. Fan, Michael Lingelbach, Daniel Bear, Dan Yamins, Michael C. Frank
CogSci1
2021 Characterizing the object categories two children see and interact with in a dense dataset of naturalistic visual experience
Bria Long, George Kachergis, Naiti S. Bhatt, Michael C. Frank
CogSci2
2021 Peekbank: Exploring children's word recognition through an open, large-scale repository for developmental eye-tracking data
Martin Zettersten, Claire Bergey, Naiti S. Bhatt, Veronica Boyce, Mika Braginsky, Alexandra Carstensen, Benjamin deMayo, George Kachergis, Molly Lewis, Bria Long, Kyle MacDonald, Jessica Mankewitz, Stephan C. Meylan, Annissa Noor Saleh, Rose M. Schneider, Angeline Sin Mei Tsui, Sarp Uner, Tian Xu 0001, Daniel Yurovsky, Michael C. Frank
CogSci8
2020 Detecting social information in a dense database of infants' natural visual experience
Bria Long, George Kachergis, Ketan Agrawal, Michael C. Frank
CogSci2
2019 "Natural concepts" revisited in the spatial-topological domain: Universal tendencies in focal spatial relations
Alexandra Carstensen, George Kachergis, Noah Hermalin, Terry Regier
CogSci2
2019 Evidence of error-driven cross-situational word learning
Chris Grimmick, Todd M. Gureckis, George Kachergis
CogSci3
2019 Exploring informal science interventions to promote children's understanding of natural categories
George Kachergis, Todd M. Gureckis, Marjorie Rhodes
CogSci1
2019 Anthropomorphization of artificial agents leads to fair and strategic, but not altruistic behavior
Roy De Kleijn, Lisa van Es, George Kachergis, Bernhard Hommel
Int. J. Hum. Comput. Stud.3
2018 A Suite of Adaptive Games for Self-Directed Literacy and Numeracy Education
Katherine A. Adams, George Kachergis, Hugo Goulart de Lucena
CogSci2
2018 IQ and working memory predict plan-based sequential action learning
Roy De Kleijn, George Kachergis, Bernhard Hommel
CogSci2
2018 Optimized behavior in a robot model of sequential action
Roy De Kleijn, George Kachergis, Bernhard Hommel
CogSci2
2018 The Development of Deductive Reasoning in Mastermind
Anselm Rothe, George Kachergis, Maartje E. J. Raijmakers
CogSci2
2018 The Other Human in The Loop - A Pilot Study to Find Selection Strategies for Active Learning
abstract
Gathering data becomes increasingly simple whereas the labeling of collected instances remains difficult. Active learning provides methods to reduce the labeling effort by intelligent selection of instances. In contrast to building mathematical models or developing heuristics to solve this task, we pursue another approach: We let humans select the instances which should be labeled. Participants are asked to learn to predict the sex of 18 abstract illustrations of bugs as either male or female. This article describes the design, goal and the execution of this study with 14 groups (71 participants). In this exploratory study we analyze humans' balance between exploration and exploitation, the participants' learning behavior, the collaboration within the group as well as the question when to stop querying. The comparison of human performance with baseline active learning algorithms provides promising results which indicate that machine active learning might benefit from incorporating human strategies. Additionally, we provide the complete data and extracted spreadsheets for download.
Daniel Kottke, Adrian Calma, Denis Huseljic, Christoph Sandrock, George Kachergis, Bernhard Sick
IJCNN5
2017 Executive function and attention predict low-income preschoolers' active category learning
Katherine A. Adams, George Kachergis
CogSci2
2017 Children's Familiarity Preference in Self-directed Study Improves Recognition Memory
Katherine A. Adams, George Kachergis, Douglas Markant
CogSci2
2017 How does of initial inaccuracy benefit cross-situational word learning?
Chris Grimmick, George Kachergis, Todd M. Gureckis
CogSci2
2017 Quantifying the impact of active choice in word learning
Shohei Hidaka, Takuma Torii, George Kachergis
CogSci3
2017 Leveraging mutual exclusivity for faster cross-situational word learning: A theoretical analysis
Shohei Hidaka, Takuma Torii, George Kachergis
CogSci3
2016 Human Reinforcement Learning of Sequential Action
George Kachergis, Floris Berends, Roy De Kleijn, Bernhard Hommel
CogSci1
2016 A Dream Model: Reactivation and Re-encoding Mechanisms for Sleep-dependent Memory Consolidation
George Kachergis, Roy De Kleijn, Bernhard Hommel
CogSci1
2016 Desirable difficulties in the development of active inquiry skills
George Kachergis, Marjorie Rhodes, Todd M. Gureckis
CogSci1
2016 Predictable stimulus onsets improve memory
George Kachergis, Shannon Tubridy, Todd M. Gureckis
CogSci1
2015 Understanding developmental bottlenecks in active inquiry
George Kachergis, Marjorie Rhodes, Todd M. Gureckis
CogSci1
2014 Trajectory Effects in a Novel Serial Reaction Time Task
George Kachergis, Floris Berends, Roy De Kleijn, Bernhard Hommel
CogSci1
2014 Developing Semantic Knowledge through Cross-situational Word Learning
George Kachergis, Chen Yu 0001, Richard M. Shiffrin
CogSci1
2013 Glushko Dissertation Prize Symposium
Douglas Knox Bemis, Neil Cohn, George Kachergis, Andrew M. Lovett, Robert L. Goldstone
CogSci3
2013 Similarity and Strategic Effects in Recognition Memory
Gregory E. Cox, George Kachergis, Richard M. Shiffrin
CogSci2
2013 The Effects of Repeated Sequential Context on Recognition Memory
George Kachergis, Gregory E. Cox, Richard M. Shiffrin
CogSci1
2013 More Naturalistic Cross-situational Word Learning
George Kachergis, Chen Yu 0001
CogSci1
2013 Naturalistic Word-Concept Pair Learning With Semantic Spaces
Brent Kievit-Kylar, George Kachergis, Michael N. Jones
CogSci2
2012 Gaussian Process Regression for Trajectory Analysis
Gregory E. Cox, George Kachergis, Richard M. Shiffrin
CogSci2
2012 Re-learning labeled categories reveals structured representations
Andrew Hendrickson, George Kachergis, Caitlin M. Fausey, Robert L. Goldstone
CogSci2
2012 Learning Nouns with Domain-General Associative Learning Mechanisms
George Kachergis
CogSci1
2012 Dynamic Effects of Perceptual and Categorical Similarity on Recognition Memory
George Kachergis, Gregory E. Cox, Richard M. Shiffrin
CogSci1
2012 Actively Learning Nouns Across Ambiguous Situations
George Kachergis, Chen Yu 0001, Richard M. Shiffrin
CogSci1
2011 Adaptive Magnitude and Valence Biases in a Dynamic Memory Task
George Kachergis, Gabriel Recchia, Richard M. Shiffrin
CogSci1
2011 Active Cross-situational Learning
George Kachergis, Chen Yu 0001, Richard M. Shiffrin
CogSci1
2011 A Cue Imputation Bayesian Model of Information Aggregation
Jennifer Trueblood, George Kachergis, John K. Kruschke
CogSci2
2011 OrBEAGLE: Integrating Orthography into a Holographic Model of the Lexicon
George Kachergis, Gregory E. Cox, Michael N. Jones
ICANN (1)1
2007 Depth of Field and Cautious-Greedy Routing in Social Networks
David Barbella, George Kachergis, David Liben-Nowell, Anna Sallstrom, Ben Sowell
ISAAC2