
Explore the journey of migrating a robot controller from INtime RTOS to Linux, including technical challenges, realtime requirements, and implementation strategies for system objects and processes.

Explore the journey of PREEMPT_RT in Linux, its impact on kernel development, and future challenges in real-time operating systems.

Bridging real-time Linux and theory: task models, metrics, and validation for PREEMPT RT, enhancing understanding and improving kernel performance.

Explore real-time computing concepts and applications in Linux systems, focusing on mission-critical operations and performance optimization techniques.

Insights on maintaining long-term external kernel patches, focusing on workflow, tooling, and release management. Lessons from PREEMPT_RT patchset's experience applicable to other external patchsets.

Explore kernel synchronization primitives in PREEMPT_RT, focusing on formalization techniques and their impact on real-time Linux systems performance and reliability.

Explore best practices for maintaining PREEMPT_RT stability, focusing on common pitfalls and effective strategies to ensure robust real-time performance in Linux systems.

Explore Rust programming for autonomous robots across various platforms, from bare metal to Linux and real-time OS, with practical insights for robotic competitions.

Explore Zephyr, an open-source RTOS for IoT devices. Learn about its scalability, real-time capabilities, and community-driven development, with insights on IoT security and the project's impact.

Explore integrating ROS into EdgeX for unified edge computing solutions, covering architecture, device nodes, machine learning, lightweight Linux, and edge computing cluster vision.

Discover how to optimize smart device development using Zephyr RTOS and TensorFlow Lite for resource-constrained endpoints, enabling efficient machine learning implementation and faster market deployment.

Explore PCIe precision time measurement implementation in embedded systems, focusing on time synchronization, integration with IEEE 1588, and practical applications in Linux-based and RTOS environments.

Explore smartphone internals by booting Apache NuttX RTOS on PINE64 PinePhone. Learn about LCD displays, touch panels, USB controllers, LTE modems, and more. Discover new ways to create apps using LVGL, Zig, and WebAssembly.

Learn to manage threads in Zephyr RTOS, covering stack and heap usage, thread creation, message queues, and practical implementation for efficient embedded system development.

Explore differences between NRF Connect SDK and Vanilla Zephyr, understanding licensing, features, and development implications for embedded systems projects.

Explore Linux's role in safety-critical systems, industry pressures, and strategies for bridging gaps. Learn about working groups, reference processes, and focus areas for enhancing safety in various domains.

Explore critical vulnerabilities in VxWorks, a popular real-time OS, and their potential for remote network breaches and device exploitation. Includes live demonstrations on various devices, including medical equipment.

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

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

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

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