
Explore RAM management in Linux, focusing on allocation across areas and optimization techniques for restricted hardware platforms. Gain insights into kernel and user space memory usage.

Learn best practices and avoid common pitfalls when contributing your first Zephyr sensor driver to the open source community. Gain insights into maintainer expectations.

Explore wildlife monitoring using Zephyr RTOS for flexible, low-power camera traps. Learn about hardware abstraction, cross-platform development, and optimizing for constrained devices in conservation projects.

Explore the evolution of a personal board farm, including challenges, improvements, and sharing strategies for remote access and testing in embedded Linux development.

Explore the current status and overview of Zephyr's network subsystem, focusing on connectivity features and stack implementation.

Explore custom hardware integration using RISC-V's Custom Function Unit and Zephyr RTOS on FPGAs, enhancing embedded system performance and flexibility.

Explore open-source fleet management for Zephyr, enabling safe OTA updates and coordinated firmware management across diverse embedded systems with RDFM framework.

Explore ultra-efficient object detection using AI-integrated smart glasses and TinyissimoYOLO for on-device applications in this cutting-edge presentation.

Explore a novel framework for implementing and validating rate-based message passing systems in IoT domains using session types, ensuring rate error freedom and type preservation.

Explore tools and verification mechanisms for developing new instruction set architectures, focusing on semi-automated approaches to streamline system software and simulator infrastructure creation.

Explore PinIt, a compiler-directed methodology optimizing OS scheduling for embedded media applications. Learn how it enhances performance by minimizing harmful thread migrations and maintaining data locality.

Discover cutting-edge techniques for on-device machine learning training with minimal memory requirements, presented by MIT's Song Han in this technical seminar on resource-efficient AI deployment.

Review and setup guide for Odroid HC4, a single-board computer with twin SATA ports. Covers unboxing, specifications, and configuring RAID storage using OpenMediaVault, with performance insights.

Exploring a week of exclusive RISC-V computing: streaming, video production, gaming, and performance testing on Lichee Pi 4A and VisionFive 2 hardware, with insights on current capabilities and limitations.

Explore deep neural networks for speech separation, focusing on data preparation, network architectures, and real-time implementation on embedded devices for smart audio applications.

Secure execution framework for ARM processors using TrustZone and Cache-as-RAM to protect sensitive applications against software attacks and cold boot attacks, with minimal performance impact.

Explore continuous deployment using Docker and GitHub Actions to automate Raspberry Pi Pico firmware builds, enabling easy distribution of compiled binaries for end-users to flash onto their boards.

Explore IoT applications using Raspberry Pi and Oracle IoT Cloud Service to track aircraft data in real-time, integrating ADS-B receivers and Oracle JET for visualization.

Expert panel discusses the reality behind Internet of Things hype, exploring projections and embedded Java applications in IoT during a conference lunchtime session.

Explore JavaFX on Raspberry Pi with live demos, showcasing innovative applications and possibilities for Java developers on this versatile platform.

Explore the Lichee Pi 4A, a groundbreaking RISC-V single-board computer offering a usable desktop experience. Learn about its specs, unboxing, and performance running Debian.