Nicole Meister

Hello! 👋 I'm Nicole (she/her), a PhD student and NSF graduate research fellow at Stanford University advised by Tatsu Hashimoto and Carlos Guestrin in the Stanford NLP group.

My research interests are broadly in building fair and robust AI systems.

Previously, I graduated from Princeton University with a BSE in electrical and computer engineering and minors in cognitive science and robotics, where I was fortunate to be advised by Olga Russakovsky.

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• Jan 2025: Paper accepted to NAACL: Benchmarking Distributional Alignment of Large Language Models
• Jan 2024: Paper accepted to ICLR: Proving Test Set Contamination for Black-Box Language Models (Outstanding Paper Honorable Mention)
• Nov 2023: Paper accepted to SatML: Unifying Corroborative and Contributive Attributions in Large Language Models
• July 2023: Paper accepted to ICCV: Gender Artifacts in Visual Datasets
• July 2022: Paper accepted to ECCV: HIVE: Evaluating the Human Interpretability of Visual Explanations
• May 2022: Graduated from Princeton 🎓: received Calvin Dodd MacCracken Senior Thesis Award (one of 3 students across all of Princeton Engineering), Sigma Xi Book Award for Outstanding Undergraduate Research (one of 4 in 40 in department)
• Sept 2021: Interned at Adobe Research, developed new reading Adobe Acrobat tool for acronym definitions and built acronym disambiguation dataset)
• March 2021: Paper accepted to ReScienceC journal [Re] Don't Judge an Object by Its Context: Learning to Overcome Contextual Bias (one of 23/82 reproducibility reports accepted)

We explore to what extent gendered information can truly be removed from the dataset. We develop a framework to identify gender artifacts, or visual cues that are correlated with gender.

Human evaluation framework for diverse interpretability methods in computer vision. We identify two desiderata for explanations used to assist human decision making:
(1) Explanations should allow users to distinguish between correct and incorrect predictions.
(2) Explanations should be understandable to users.

Participated in ML Reproducibility Challenge 2020 and reproduced from scratch Singh et al. (CVPR 2020) that mitigates contextual bias in object and attribute recognition.
One of 23/82 reports accepted for publication to ReScience C, a peer-reviewed journal for new implementations and explicit replications of previously published papers.

Implemented machine learning algorithms to predict prognosis of Multiple Sclerosis patients (able to predict walk time within 1 second accuracy). Used k-means to cluster patients and produce more accurate predictions.

Creating inclusive spaces is extremely important to me as supportive environments have been crucial to my decision to pursue a graduate degree.

Created a free 6-week course to empower high school students from historically underrepresented minority groups with the skills to leverage data science and web development.
Taught 20 hours/week online, prepared detailed lesson plans, mentored 21 students to complete data science project.
Improved program in second year by recruiting 10 program alumni to teach, advertise, and coordinate logistics of program.

Organized high school science competition, managing 30 person team, $23k budget, 140 volunteers, 800 participants.
Prioritized accessibility, becoming first ever invitational to provide travel scholarships to teams and no attendance fee.

Design and source code from Jon Barron's website