NIH R21 award for modeling depression in developmental data using machine learning
NSF CAREER award on 'Uncovering the brain circuitry of language and its interaction with other modalities'
Human Frontier Science Program award on 'Understanding the neural basis of early language development'
NIH R01 (CRCNS) award on 'Discovering Principles of Language Processing in the Brain using Neurocomputational Models'
Google Faculty Research Award
Research on food featured in NewScientist
Tutorial Chair for UAI 2022
Program Committee Member for Cognitive Computational Neuroscience (CCN) 2022
Co-organized ICLR workshop 'How Can Findings About The Brain Improve AI Systems?'
Co-organized CVPR workshop 'Minds vs. Machines: How far are we from the common sense of a toddler?'
Co-organized workshop on 'Context and Compositionality in Biological and Artificial Neural Systems'
Interviewed for the book 'Artificial Intelligence: Teaching Machines to Think Like People'
Background
Associate Professor in the Machine Learning Department and the Neuroscience Institute at Carnegie Mellon University
Affiliated with the Department of Psychology and the Computational Biology Department
Research focuses on using fMRI and MEG to investigate how the brain represents complex meaning in everyday life
Develops machine learning methods to address challenges in neuroimaging: high dimensionality, noise, limited data, and inter-subject anatomical variability
Explores the neural basis of language compositionality by integrating computational language models with brain data