Recipient of the 2020 Microsoft Ada Lovelace Fellowship.
Multiple papers accepted to top-tier conferences including NeurIPS, CVPR, ICCV, EMNLP, ECCV, ICLR, AISTATS, ICML, TMLR, CoLM, and ICRA.
Several papers selected for oral presentations (e.g., CVPR 2020 Oral, CVPR 2019 Oral).
CVPR 2019 paper 'STEAL' featured in media outlets such as VentureBeat and NVIDIA Developer Center.
Polygon-RNN++ and 'Training DeepNets with Synth Data' recognized by MIT DeepLearning as Breakthrough Developments of 2017–2018 and listed among 'the 10 coolest papers from CVPR 2018' by TowardsDataScience.
Background
Currently a Senior Research Scientist at NVIDIA Research in the Language and Cognition Research Group, working with Yejin Choi.
Research focuses on reasoning models, with emphasis on synthetic data, inference-time scaling, agents, reinforcement learning (RL), and the role of data synthesis and reasoning in the path toward AGI and Physical AI.
Particularly interested in optimal strategies for adapting foundation models to deliver enterprise value.
Past work includes synthetic data generation and domain adaptation for visual learning.
Broad research interests span representation learning, model adaptation, controllable generation, synthetic data, optimization, generative modeling, scene understanding, and low-level vision.