
Exploring Zephyr's clock control API unification, addressing fixed and dynamic clocks, and proposing improvements inspired by Linux's clock subsystem for enhanced driver compatibility.

Explore the evolution of Zephyr's architecture, focusing on the transition from devices to subsystems and frameworks, and its impact on embedded systems development.

Explore Zbus, a lightweight message bus for Zephyr RTOS. Learn its many-to-many communication, event-driven approach, challenges, benefits, and real-world applications.

Explore real-time Linux kernel preparation and tuning for robotics on ARM64 SoC, covering configuration, testing, debugging, system optimization, and performance evaluation techniques.

Explore SEAPATH: an industrial-grade Linux platform for critical real-time applications in energy. Learn about virtualization, high availability, and cybersecurity in IT/OT convergence.

Exploring real-time capabilities of PREEMPT_RT in virtualized environments for industrial applications, comparing performance across container technologies, KVM, and Jailhouse hypervisor through long-term measurements.

Collaborative discussion on enhancing Zephyr RTOS documentation, addressing structure, organization, and tools to improve accessibility and usefulness for developers.

Explore Xenomai's real-time co-kernel approach for Linux, its architecture, performance advantages, and future developments including Dovetail and EVL project, with a demo comparing it to PREEMPT_RT.

Explore the impact of tracing on system performance through empirical measurements. Learn about various tracing techniques and their effects on kernel configurations and real-time systems.

Explore a proposed tracer for monitoring real-time task behavior in Linux systems, presented by John Ogness from Linutronix GmbH.

Explore the potential and challenges of implementing Real-Time Linux in safety-critical systems, with insights from industry experts on cutting-edge applications and best practices.

Explore cyclictest latency and learn advanced tracing techniques to diagnose performance issues in real-time systems with expert Steven Rostedt from Google Inc.

Discover essential strategies and pitfalls for optimizing Linux real-time performance, enhancing system responsiveness and reliability in time-critical applications.

Explore the integration of Linux in safety-critical applications with industry experts, discussing challenges, opportunities, and best practices for secure and reliable implementations.

Explore real-time Linux capabilities and advancements with Google expert Steven Rostedt in this insightful Birds of a Feather session.

Explore virtualization in power grid substation automation, covering technical architecture, latency testing, and IEC 61850 standards for next-generation grid control systems.

Explore Kata Containers and Arm technology as secure alternatives for 5G infrastructure, covering deployment, security, and integration with Kubernetes and Docker.

Strategies for simplifying proxy execution implementation in Linux kernel, focusing on iterative upstream integration and potential initial steps to reduce complexity.

Exploring SCHED_DEADLINE for scheduling entire schedulers, focusing on CFS and FIFO task prioritization, deferrable servers, and implementation challenges in Linux kernel scheduling.

Explore Arduino Core API integration with Zephyr RTOS for simplified IoT development. Learn key features, advantages, and future possibilities in streamlining embedded systems programming.

Exploring strategies to avoid the big lock in softirq handling for PREEMPT_RT, focusing on networking challenges and potential solutions for improved system responsiveness.