
Explore a data-driven matching algorithm for ride pooling, leveraging rank aggregation and machine learning to optimize driver-rider pairings using real-world data from a startup.

Explore algorithmic alignment of neural networks with Petar Veličković, covering recent advancements and co-authored works in the field of neural algorithmic reasoning.

Explore cutting-edge functional optimization techniques for reinforcement and supervised learning, with theoretical insights and practical algorithms.

Explore representation-driven option discovery in reinforcement learning, enhancing temporal abstraction and continual learning for intelligent agents.

Explore stochastic tabu search for physician scheduling, including hyperparameter tuning and learning algorithms to enhance efficiency in radiotherapy centers.

Explore data-efficient algorithms for resource management problems using Hindsight Learning in Exo-MDPs, outperforming traditional methods in various applications including cloud resource allocation.

Explore decision-based scenario clustering for stochastic optimization models. Learn to derive efficient bounds and address computational challenges in uncertainty-driven decision-making.

Explore entity resolution's applications, history, and current research in data integration, from foundational work to modern approaches in various fields like human rights and medicine.

Explorez les transformations asymptotiques d'états quantiques intriqués et leurs caractérisations mathématiques à travers les tenseurs et les opérations locales avec communication classique.

Explore functional data analysis integration in deep neural networks, enhancing interpretability and prediction for scalar responses with functional and scalar covariates.

Explore applications of machine learning in string theory and mathematical physics, focusing on black holes and higher-spin holography.

Explore critical phenomena and phase transitions using fuzzy sphere regularization, focusing on 3D Ising model and conformal field theory applications.

Explore Crystal Graph Convolutional Neural Networks for predicting material properties and their impact on graph neural networks and transformers in materials design.

Explore DP-GEN, an innovative active learning protocol revolutionizing molecular modeling by constructing accurate interatomic potentials. Learn its three-step iterative process and applications in materials simulation.

Explore AI's role in harmonizing complex phenomena with creative arts, including fluid stylization techniques used in Disney-Pixar's "Elemental".

Explore recent advances in entropic optimal transport, focusing on convergence rates and a novel ODE-based numerical method for multi-marginal problems. Gain insights into theoretical bounds and practical applications.

Explore backdoor attacks in deep neural networks, focusing on manifold distribution gaps. Learn to generate stealthy triggered samples and extend decision boundaries for enhanced security understanding.

Explore stochastic optimization algorithms with adaptive variance for non-convex functions, featuring provable convergence rates and numerical examples.

Explore Pangu-Weather, an AI-based method for accurate medium-range global weather forecasting using 3D deep networks and Earth-specific priors, outperforming traditional numerical prediction systems.

Explore AI-driven chemical synthesis planning integrated with robotic automation, streamlining complex molecule production for drug development and materials science.

Explore an advanced $\ell_p$ theory of PCA, improving upon vanilla PCA for heteroscedastic noises and yielding optimal bounds for spectral clustering and community detection.