
Explore cross-validation techniques for AI, including K-fold and nested methods. Learn to avoid overfitting, ensure generalizability, and select optimal approaches for model evaluation.

Explore fairness challenges in AI-based medical image diagnostics with Dr. Seyyed-Kalantari. Gain insights on developing responsible AI tools for trustworthy clinical deployment.

Explore XAI techniques for medical imaging, focusing on post-hoc and ad-hoc methods, disease-specific applications, and categorization schemes for clinical adoption.

Explore responsible AI through operational research, focusing on fairness, interpretability, and privacy in machine learning. Learn to leverage Integer Linear Programming for optimal, fair rule lists.

Explorez l'application de l'apprentissage automatique aux systèmes électriques, en mettant l'accent sur les modèles réduits et la calibration à partir de données enregistrées pour améliorer la résilience du réseau.

Explore key issues in reinforcement learning for non-Markovian environments, drawing parallels with stochastic control and discussing approximation of conditional laws.

Explore decision awareness in reinforcement learning, covering control-oriented models, neural ODEs, and computational challenges. Gain insights into advanced techniques for optimal decision-making.

Explore multi-precision optimization algorithms to reduce computational costs and control errors in smooth, non-convex function minimization, with applications in deep neural network training.

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 maximum matchings in one-to-one markets with consecutive acceptance intervals. Learn about algorithms, characterizations, and serial dictatorships for optimal matchings.

Explore optimal smart home deployment strategies, including DER investment, management, and tariff considerations. Analyze V2G's role in profitable DER investments using real-world data and mathematical models.

Explore global convergence and asymptotic optimality of the heavy ball method, challenging complexity lower bounds for strongly convex functions with Lipschitz gradients.

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 dynamic models of opinion formation, focusing on continuous opinions at the microscopic level. Examine achievements in analysis and new challenges in dynamical systems, control theory, and AI.

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 fast exact algorithms for interdiction problems, focusing on knapsack and minimum spanning tree variants. Learn about Stackelberg games and branch-and-bound techniques for optimization.

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

Explorez les algorithmes efficaces pour calculer le rang tensoriel et reconstruire des circuits algébriques restreints, améliorant les résultats existants pour les tenseurs de rang faible mais non constant.