Works on computer vision and deep learning, focusing on image and video restoration and enhancement, creative content generation and representation learning.
Video understanding
Computational imaging & photography
Generative & foundation models
20264RC: 4D Reconstruction via Conditional Querying Anytime and AnywhereICML
2026AITTI: Learning Adaptive Inclusive Token for Text-to-Image GenerationIJCV
Studies heterogeneous machine learning, active learning, neural bandits and self-supervised learning, with applications in security, healthcare and agriculture.
Reinforcement learning
Generative & foundation models
2026AdaFuse: Adaptive Ensemble Decoding for Large Language ModelsACL
Works on computer vision, multimedia, and machine learning, including video object segmentation, detector distillation, and compatible representation learning.
Recognition, detection & segmentation
Video understanding
Generative & foundation models
2026Enhancing Geometric Perception in VLMs via Translator-Guided Reinforcement LearningICLR
2026FlashVSR: Towards Real-time Diffusion-Based Streaming Video Super ResolutionCVPR
Works on reinforcement learning, agentic AI and physical AI, focusing on foundation models for physical agents.
Reinforcement learning
Generative & foundation models
Large language models
2025Action First: Leveraging Preference-Aware Actions for More Effective Decision-Making in Interactive Recommender SystemsSIGIR
2025AgentNet: Decentralized Evolutionary Coordination for LLM-based Multi-Agent SystemsNeurIPS
58 T1 · 71 papers · Group size not listed
USCMUMachine Learning Department
Eric XingJohn F. Nash, Jr. Professor of Machine Learning, Director of MBZUAI-CMU Institute of Virtual and Programmable Cells, Associate Department Head
Studies machine learning and AI systems, including large foundation models, distributed learning and computational biology.
Generative & foundation models
Distributed, cloud & edge systems
Large language models
2026In-context Learning of Evolving Data Streams with Tabular Foundational ModelsKDD
2026Vision-G1: Towards General Reasoning Vision-Language Models via Reinforcement LearningAAAI
55 T1 · 77 papers · 16 members · 60 alumni
USNYUComputer Science (Courant)
Yann LeCunJacob T. Schwartz Chaired Professor in Computer Science
Works on deep learning and self-supervised learning, including convolutional networks, energy-based models and joint-embedding world models.
Generative & foundation models
2026Attention Sinks and Compression Valleys in LLMs are Two Sides of the Same CoinICLR
2026Cambrian-S: Towards Spatial Supersensing in VideoICLR