Building a Network Operating System Using Linux and Yocto
Explore Linux kernel optimization, Yocto layers, and PCI architecture for network operating systems. Learn strategies for managing upgrades and overcoming challenges in multi-platform environments.
Linux I2C in the 21st Century
Explore modern I2C challenges and solutions in Linux, including address reprogramming, API changes, and stress-testing techniques for robust communication.
Tracing Resource-constrained Embedded Systems Using eBPF
Explore eBPF tracing for embedded systems, overcoming resource constraints and portability issues. Learn about recent projects and their approaches to bringing eBPF capabilities to embedded devices.
Precision Timeouts in Zephyr - Past, Present, and Future
Explore Zephyr's timing infrastructure evolution, real-time capabilities, and performance improvements for embedded applications, with insights on future developments.
Supporting Video Serializers and Deserializers in Linux - Challenges and Works in Progress
Explore challenges and progress in Linux support for video serializer/deserializer chips, focusing on V4L2 limitations, Device Tree issues, and I2C address translation.
Xvisor: Embedded Hypervisor for RISC-V
Explore Xvisor, an open-source embedded hypervisor for RISC-V. Learn about its architecture, features, and benefits for embedded systems, including memory footprint and performance.
Device Tree, Linux Board Bring-up and Kernel Version Changing Tutorial
Learn essential techniques for Linux board bring-up, including Device Tree usage, kernel version management, and practical lessons from real-world experiences.
Zephyr Mini-Summit - Open Source RTOS for IoT and Embedded Systems
Explore the latest developments and applications of the Zephyr real-time operating system in this comprehensive mini-summit, featuring expert insights and discussions.
IoT Developer's Guide to Building Secure IoT Devices
Learn essential strategies and best practices for developing secure IoT devices, focusing on key vulnerabilities and effective mitigation techniques.
The State of Software Development Tools for RISC-V
Explore the current landscape of software development tools for RISC-V, covering emulators, compilers, operating systems, and more. Learn about challenges and opportunities in this emerging architecture.
A Collection of Deep Learning Packages for IoT Devices
Explore deep learning packages for IoT devices, focusing on implementation strategies and practical applications for edge computing and resource-constrained environments.
Software Update (OTA) for Zephyr
Learn about implementing over-the-air software updates in Zephyr RTOS, covering key concepts, challenges, and practical implementation techniques for embedded systems.
Using Mainline Linux for an Android TV BSP - War Story
Explore the challenges and solutions of implementing mainline Linux in Android TV development with insights from BayLibre's experience.
Linux on Open Source Hardware with RISC-V
Explore RISC-V architecture and its implementation in open-source hardware, focusing on Linux compatibility and the BeagleBoard platform's innovations in this emerging field.
Xen Cache Coloring - Interference-Free Real-Time Systems
Explore cache coloring in Xen for real-time systems, covering schedulers, allocation, configuration, and benchmarking. Includes a demo and baremetal memory stress discussion.
A USB Model for Sharing Host Internet Connectivity with Devices
Learn to share host internet connectivity with devices using USB, exploring the HSS standard, packet types, and implementation requirements.
RTC Subsystem - Recent Changes and Future Directions
Explore real-time clock subsystems, recent developments, and future directions. Learn about RTC features, challenges in timekeeping, and evolving API support for enhanced functionalities.
Running Linux on Constrained IoT Devices - Memory Optimization Techniques
Explore memory optimization techniques for running Linux on resource-constrained IoT devices, enabling advanced functionality on small platforms with limited RAM and XIP flash.
Using Hardware Protected Keys with the Linux Crypto API
Learn to use hardware-protected keys with Linux Crypto API for enhanced security in embedded systems. Explore implementation, benefits, and potential challenges in this in-depth presentation.
Flash Subsystems Status Update in Linux and U-Boot
Comprehensive update on Linux and U-Boot flash subsystems, covering improvements in SPI-NAND/NOR support, parallel NAND API, UBIFS enhancements, and notable bug discoveries.
The Linux Crypto API - Understanding and Improving Usability
Explore the Linux crypto subsystem's API design, its challenges, and ongoing improvements. Learn how better understanding of crypto can lead to more secure code.