
Explore the intricacies and potential issues of migrate_disable() in Linux kernel development, focusing on its impact on system performance and scheduling.

Explore real-time system challenges, solutions, and open questions in Linux, covering CPU latency, write buffers, interrupts, and priority inversions.

Expert panel discussion on Linux kernel development, featuring insights from leading developers on various aspects of kernel maintenance and innovation.

Insightful conversation with Linus Torvalds, exploring his journey as the creator of Linux and Git, discussing open-source development, and sharing valuable insights on technology and innovation.

Explore persistent memory usage in Linux, covering hardware, software, programming models, and applications. Learn about NVML library and its impact on system performance and data handling.

Explore Linux kernel hardening techniques to mitigate vulnerabilities, including debug features, read-only data, stack protection, memory segregation, and address sanitization.

Comprehensive guide for integrating ARM64 SoC support into the Linux kernel, covering essential steps, ARM64-specific requirements, and updates for both ARM32 and ARM64 architectures.

Overview of ongoing development and mainlining efforts for the realtime preemption patch, including industry interest, chip design, scheduling, and realtime requirements.

Explore the challenges and improvements in FUTEX API design, focusing on -RT kernel impacts and benefits for all users. Learn about corner cases and solutions in Linux kernel development.

Explore challenges and potential solutions for implementing Priority Inheritance in pthread condvars while maintaining POSIX compliance. Gain insights from kernel, system library, and real-time application developers.

Explore differences between ASF Tomcat and Linux distributions' packages. Learn about package layouts, installation, configuration, and maintenance across Red Hat and Debian/Ubuntu systems.

Explore how Linux and Zephyr complement each other to simplify IoT system development, focusing on cost-effective solutions and novel sensor bus remote access for efficient device communication.

Explore system configuration improvements for Zephyr, focusing on vendor-neutral mechanisms for conveying information on constrained devices and discussing necessary changes and progress.

Explore open source Bluetooth firmware for IoT and Maker projects using Mynewt, Nordic nRF chips, and Linux/Zephyr systems. Learn to build and interact with custom Bluetooth devices.

Explore Linux's SCHED_DEADLINE scheduler, its implementation of EDF and CBS, advantages for robotics and media, and practical application tips. Learn about challenges and workarounds.

Explore the evolution of interrupt architectures in Linux, from simple wires to complex hierarchies, and learn how the kernel adapts to support modern hardware complexities.

Explore JavaScript development on Zephyr OS using JerryScript-based runtime. Learn about API access, rapid development, and implementation on resource-constrained devices like Arduino 101.

Explore ARM 64-bit development on Samsung TM2 with Exynos5433. Learn challenges and solutions for running Tizen OS on 64-bit platforms, covering kernel issues and device driver development.

Overview of QMSI project for fast enabling IoT software stacks on Intel Quark MCU platforms. Discusses integration with Zephyr and Contiki OSs, and potential for other stacks to leverage Quark MCU support.

Explores IoT's future beyond Linux, discussing alternative approaches and criteria for choosing operating systems in embedded devices. Highlights ecosystem benefits and real-world examples.

Explore Bluetooth-based IoT solutions using Zephyr OS. Learn about Bluetooth stack integration, IPv6 support, application development, and creating open-source solutions for Intel Curie-based boards.