
Explore building ML-enhanced event streaming applications using Java microservices and Apache Pulsar. Learn about Pulsar's architecture, functions, and programming model through a practical coding demo.

Explore open format data lakehouse architecture, benefits, and implementation strategies for efficient cloud-native data management and analytics.

Explore event-driven Change Data Capture patterns and their implementation using Apache Pulsar for efficient, real-time data synchronization in cloud-native environments.

Explore AMQP's evolution, its adoption by major players, and its role in cloud interoperability. Learn how RabbitMQ and Azure Messaging leverage AMQP for scalable, vendor-agnostic solutions in real-time analytics.

Explore Apache Pulsar's features for event-driven apps: scalability, elasticity, durability, geo-replication, multi-tenancy, and ecosystem compatibility. Learn about its architecture and benefits for data streaming.

Explore the revolutionary AlexNet CNN and ImageNet dataset, their impact on deep learning, and practical implementation using PyTorch for image classification tasks.

Learn to create neural networks in PyTorch: design layers, implement forward functions, and adapt models for various data types. Hands-on examples cover basic to complex architectures for structured and unstructured data.

Explores randomized composable core-sets for distributed submodular and diversity maximization, presenting improved algorithms and analysis techniques for big data optimization problems.

Explore innovative techniques for estimating oxygen levels in the Southern Ocean using Argo float data. Learn how temperature and salinity measurements contribute to understanding ocean biogeochemistry and climate change impacts.

Explores the application of AI in environmental justice, emphasizing ethical considerations and responsible practices for weather and climate research. Discusses potential impacts and challenges in this emerging field.

Explore deep learning and energy models for fine dead wood segmentation in climate research, focusing on carbon cycle implications and advanced image analysis techniques.

Explore deep learning techniques for predicting global precipitation patterns on a subseasonal timescale, advancing climate science through innovative machine learning approaches.

Explores representation learning and custom loss functions for atmospheric data analysis, advancing climate science through machine learning techniques to extract insights from complex Earth system observations.

Exploring Earth system dynamics through machine learning and big data analysis, focusing on multi-scale processes and causal inference to advance climate science and inform future predictions.

Explore unsupervised machine learning techniques for analyzing stellar spectra using deep normalizing flows, with applications in galaxy evolution and big data astronomy.

Explore an open-source platform for scalable model serving and monitoring using KFServing, Hopsworks Feature Store, and Spark Streaming. Learn continuous data drift detection and see a live demonstration.

Explore how Databricks leverages Amundsen for efficient data discovery, improving productivity by surfacing relevant datasets, SQL dashboards, and metadata programmatically.

Explore a new MLOps approach merging databases, feature stores, and ML for scalable model production. Learn about Splice Machine's hybrid database and its applications in feature engineering and model deployment.

Explore Société Générale's journey in scaling machine learning, focusing on MLflow and Apache Spark for production deployment, CI/CD pipelines, and overcoming challenges in large-scale ML implementation.

Explore Microsoft's AI contributions to Apache Spark and Machine Learning, focusing on environmental and social impact projects like art exploration and endangered species protection.

Explore the safety and security challenges of human digital memories in the Internet of Things era, including data analytics, identity protection, and ethical considerations.