
Explore cutting-edge computer vision research through live presentations of VinAI's seven accepted papers at the prestigious CVPR 2021 conference.

Explore geometric probabilistic models for data-efficient, uncertainty-aware decision-making in applications like drug design and robotics. Learn theory and implementation of Gaussian processes and related techniques.

Explore state-of-the-art theoretical results in online optimization, federated learning, and their intersection. Gain insights into regret analysis, data heterogeneity, and distributed online optimization.

Explore machine learning's role in data compression, covering information theory, neural compression methods, and emerging challenges in probabilistic ML.

Explore deep generative models, their applications, and underlying principles in this comprehensive introduction by Jes Frellen at the Nordic Probabilistic AI School.

Explore Gaussian Processes with Daniel Hernández-Lobato, covering key concepts, applications, and advanced techniques in probabilistic machine learning.

Explore probabilistic circuits with Antonio Vergari, covering foundational concepts and advanced applications in AI and machine learning.

Explore probabilistic models, their applications, and fundamental concepts in this comprehensive introduction by Silja Renooij at the Nordic Probabilistic AI School.

Explore deep generative models with experts, covering fundamental concepts and advanced techniques in probabilistic AI. Gain insights into cutting-edge research and applications.

Explore probabilistic models, their applications, and fundamental concepts in this comprehensive introduction by Silja Renooij at the Nordic Probabilistic AI School.

Explore advanced techniques for enhancing AI-assisted data analysis through interactive methods and improved verification processes for more accurate analytical outcomes.

Explore innovative techniques for controlling style alignment in AI image generation through advanced style-strength methodologies and enhanced user interface controls.

Explore innovative techniques for abstracting knitting cable designs through combined raster and vector approaches in computational pattern creation.

Dive into advanced eye-tracking prediction using transformer-guided reinforcement learning to understand and model personalized visual attention patterns and scanpaths.

Explore innovative techniques for monitoring and guiding LLM agents during data analysis through real-time code visualization and conversational steering methods.

Explore the critical relationship between LLM-assisted evaluation methods and human preferences in validating AI outputs, examining key alignment challenges and solutions.

Discover how Intuit achieves zero-incident deployments through AI-driven progressive delivery, using ML models and Prometheus monitoring to automatically detect and prevent deployment-related issues.

Discover SPIRE's architecture and upcoming forced rotation and revocation features for enhanced workload identity security, with insights into automated key compromise recovery mechanisms.

Discover how machine learning and cognitive approaches revolutionize distributed tracing, enabling dynamic sampling, enhanced API monitoring, and improved system reliability through automated trace collection and analysis.

Discover advanced techniques for deploying Apache Spark on Kubernetes using Kubeflow Spark Operator, covering scaling strategies, multi-tenancy management, security best practices, and efficient upgrade procedures.

Discover how a data science team transformed their ML operations by adopting Kubernetes, implementing GitOps, and building robust frameworks for seamless model deployment and training across multiple stakeholders.