
Explore Project Orleans for actor-based development, solving complex scenarios like real-time tracking and IoT. Learn practical implementation through demos and code examples.

Explore fault simulation techniques for Linux real-time scheduling, covering methods for testing system responses to jitter, deadline misses, and error handling in safety-critical applications.

Discover practical strategies for implementing AI solutions in high-volume semiconductor testing environments, focusing on real-time applications and efficiency optimization.

Explore the key differences between RTOS and bare metal approaches for IoT development, comparing popular frameworks like FreeRTOS, Zephyr, Arduino, and Espressif IDF.

Explore the journey of implementing a video processing AI system, from initial design through production challenges, focusing on ML pipeline management, bug tracking, and real-world impact in smart buildings.

Discover breakthrough research in autonomous storage systems, exploring dynamic workload adaptation, efficiency optimization, and performance management for next-generation storage hierarchies.

Explore techniques for maintaining a stable real-time kernel patchset, focusing on challenges and best practices in Linux kernel development.

Explore the symbiotic relationship between Erlang and Elixir, examining their impact on various domains and the reasons behind their growing popularity in software development.

Explore probabilistic design-time modeling for real-time distributed systems, focusing on functional programming principles to ensure quality and performance in complex software architectures.

Explore a scalable framework for monitoring industrial signals using declarative APIs and builder patterns, enhancing readability and extensibility in control software.

Explore real-time machine learning architectures, challenges, and the importance of fresh data for online predictions in ML applications.

Explore the evolution of PREEMPT_RT in Linux, its contributions, current usage, and future challenges in real-time computing.

Master asynchronous programming techniques for real-time data handling and dynamic information updates in modern software development.

Explore the decade-long journey of RIOT OS, its evolution, and impact on IoT development through this insightful keynote presentation at RIOT Summit 2023.

Explore RIOT-rs, a Rust-based configuration of RIOT OS, and its implications for embedded systems development at RIOT Summit 2023.

Explore Lingua Franca integration with RIOT for improved reliability in cyber-physical systems. Learn about this time-centric language for concurrent, distributed development.

Explore low-level 802.15.4 bidirectional communication on Nordic nRF52840 DK using Zephyr RTOS, guided by Jared's hands-on coding session.

Learn multi-event polling and thread control in Zephyr RTOS. Master efficient handling of multiple events and gain insights into advanced thread management techniques for embedded systems.

Explore ZBus in Zephyr RTOS: learn implementation, benefits, and practical usage for efficient inter-thread communication in embedded systems development.

Explore Zephyr's Hardware Model v2 and Sysbuild features. Learn about board.yml structure, multi-image builds, and new debugging options for efficient project management and development.

Explore MLOps in ad platforms with Andrew Yates. Learn about designing ML components, monitoring systems, and optimizing billion-dollar content marketplaces for long-term revenue and user experience.