
Explore datasets for intelligent XR applications in this IEEE VR 2022 workshop. Learn about AI-driven models, challenges in XR research, and opportunities for cross-lab collaborations.

Explore GPU scheduling in Kubernetes, including time sharing and Nvidia MIG, to optimize resource utilization for HEP and machine learning workloads. Benchmark results and management strategies included.

Explore cutting-edge deep dictionary learning techniques for image super-resolution with Pier Luigi Dragotti from Imperial College, bridging mathematics and data science in this advanced workshop.

Explore scalable anomaly detection for enterprise cybersecurity with Microsoft's Joshua Neil. Learn about real-time telemetry, unsupervised learning, and post-breach detection techniques.

Explore dynamic meta-learning for anomaly detection, focusing on probabilistic calibration and adaptive mixtures of models to enhance cyber threat detection in Microsoft Defender ATP.

Explore Stochastic Gradient Langevin Dynamics: its potential and challenges in optimization, data processing, and machine learning. Gain insights from expert Eric Moulines on this powerful algorithm.

Exploring the transformative impact of machine learning on medicine, from personalized diagnosis to treatment estimation and medical discovery, emphasizing novel methods for complex medical data.

Explore time series modeling, including ARMA models, Hidden Markov Models, and Kalman filtering. Learn parameter estimation, inference techniques, and advanced topics in state-space models.

Explore how data science is transforming BBC News, enhancing audience engagement, and driving newsroom innovation. Learn about ethical ML applications in broadcasting and media.

Explore how AI and data science can address social challenges, from preventing lead poisoning to reducing police misconduct, while tackling explainability and fairness issues in high-impact public policy projects.

Advanced database query processing: worst-case optimal join algorithms, functional aggregate queries, and in-database optimization for machine learning. Covers theory and practical applications in data science.

Explore geometric graph-based methods for segmenting large datasets, combining nonlinear PDE image segmentation with linear algebra techniques to solve graph cut optimization problems in various applications.

Explore probabilistic modeling for big data using factor graphs and message passing. Learn how Amazon tackles real-world problems with advanced statistical techniques in the era of structured data.

Explore the power and limitations of mathematical models in predicting future events, from pandemics to climate change, with insights on their ethical implications and real-world applications.

Explore the concept of minds beyond humans, from animals to machines, challenging traditional perspectives and examining potential alien intelligences with science writer Philip Ball.

Hannah Fry explores how data-driven algorithms have permeated our lives, controlling many aspects without our awareness. She delves into the impact of these algorithms on society and human behavior.

Explore 14 key insights for analyzing complex adversarial systems, enhancing your understanding of security challenges and strategic thinking in cybersecurity.

Explore the 30-year evolution of connections between statistical physics and machine learning, offering insights into their intertwined development and future implications.

Explore stream processing on the edge for real-time data analysis, enabling rapid anomaly detection and distributed machine learning using open-source software.

Explore Facebook's open data initiatives, including wildfire mapping, population tracking, and humanitarian efforts using AI and satellite imagery for global impact.

Explore Kubeflow for seamless machine learning model deployment, from laptop to production. Learn about its components, scalability benefits, and integration with tools like TensorFlow and Apache Spark.