
Explore NFV concepts, middleboxes, and key functionalities in network virtualization. Gain insights into modern networking technologies and their applications.

Explore PIO state machine data exchange on Raspberry Pi Pico W using push(), pull(), get(), and put() commands in MicroPython. Master efficient communication between PIO and main processor.

Explore the draft virtio-video device specification, its challenges, and provide feedback for standardization in virtualized multimedia pipelines for automotive applications.

Aprende a utilizar Whisper, el modelo de reconocimiento de voz de OpenAI, para transcribir y traducir audio con precisión.

Explore non-equilibrium Fermi polarons in driven-dissipative systems, focusing on kinetic equations, relaxation, and non-equilibrium distributions in two-dimensional materials and ultracold atomic gases.

Explore game development with Go and TinyGo through a live hardware demonstration, showcasing practical applications in embedded systems.

Deploy Go programs as appliances on Raspberry Pi or PC using gokrazy. Learn about disk usage, runtime behavior, supported platforms, and potential applications.

Explore cloud-native hardware-in-the-loop testing for edge devices using Jumpstarter, streamlining CI/CD pipelines and development workflows for software stacks on specific hardware.

Explore deep learning approaches for creating emotive AI-generated voices, focusing on Mel Spectrogram manipulation to enhance expressiveness without relying on large datasets.

Build a Python-based chatbot using Orca Mini and Phi 3 models on Raspberry Pi 5, running locally without internet or subscriptions. Gain hands-on experience in implementing AI models on embedded systems.

Explore Arm's role in overcoming software challenges, discover essential tools, and learn to perfect Arm-based applications for seamless deployment across platforms.

Discover how to leverage Ubuntu Core and Snaps for secure, efficient robotics development and deployment, unlocking reliable update infrastructure for your devices.

Explore real-time Linux's role in industrial transformation, focusing on Ubuntu 22.04 LTS's deterministic responses for time-sensitive applications in Industry 4.0, IoT, and telco innovations.

Explore modern IT solutions for connected vehicles, including real-time Linux, OTA updates, and open-source best practices for automotive safety and innovation.

Explore hardware-algorithm co-design for efficient vector search on FPGAs, enhancing performance in large-scale information retrieval and machine learning systems.

Explore spatio-temporal perception logic for verifying perceptual systems in autonomous vehicles and other safety-critical applications.

Explore compiler options to enhance C/C++ program security. Learn about memory-safety issues, mitigation techniques, and the OpenSSF Compiler Options Hardening Guide for informed decision-making.

Explore the importance of Software Bill of Materials (SBOM) in securing open source supply chains and learn about its widespread implementation.

Explore cross-architecture dynamic migration for AI applications on diverse accelerators. Learn unified abstraction, middle-compiler techniques, and runtime support for seamless transitions between hardware.

Descubre cómo enfrentar desafíos puede impulsar un crecimiento exponencial. Aprende a cambiar tu perspectiva sobre la adversidad para lograr un progreso inesperado en tu vida personal y profesional.

解决AI应用在不同加速硬件间平滑迁移的挑战。介绍统一抽象、跨架构编译和动态链接运行时等技术,实现无需改变开发习惯的跨系统应用迁移。