
Explore connected car opportunities, security risks, and best practices for over-the-air updates. Learn from real-world examples like Tesla's OTA updates and the Jeep Cherokee hack.

Explore recent developments, ongoing projects, and future plans for Video4Linux kernel subsystem and HDMI CEC support, including new drivers and core activities.

Explore advanced CI techniques for maintaining regression-free Zephyr applications across multiple SoCs, ensuring low technical debt while adapting to rapid upstream changes in this emerging RTOS.

Comprehensive guide to GPIO for Arduino and ESP projects, covering digital/analog I/O, logic levels, resistors, PWM, ADC, high current applications, and port expanders with practical examples.

Explore advanced optimization techniques for large-scale problems with Professor Coralia Cartis. Learn about algorithm development, analysis, and implementation for various problem classes in numerical optimization.

Explore high-level computer vision and machine learning concepts with a focus on deep spectral graph matching techniques, presented by an expert in the field.

Explore RISC-V CPU design, from hardware description to running Debian on FPGA. Covers out-of-order execution, multi-core systems, security, and Linux requirements using the open-source NaxRiscv core.

Explore edge computing for smart farms using K3s, sensors, and Raspberry Pi. Learn to design and implement real-time monitoring systems for agriculture in Latin America.

Explore cutting-edge developments in Internet of Things technology at this Linux Plumbers Conference session, featuring expert discussions and insights on IoT advancements.

Explore multi-agent models in complex networks, focusing on applications to socio-economic complexity and nonlinear systems.

Explore containerization in automotive edge devices, focusing on Podman improvements and functional safety in interference-free environments.

Explore open-source home automation solutions, from sensors to image processing, balancing comfort, openness, and usability in smart home projects.

Optimize Kubernetes clusters for 5G workloads. Learn to deploy, tune, and manage distributed clusters using Red Hat products, focusing on performance and latency for Telco operators.

Develop a multimodal Q&A RAG tool using Gemini for unstructured data analysis, enhancing data science and machine learning capabilities.

Enhance EEG sleep stage classification using Python, Sklearn, and MNE. Expand dataset, add new class, and implement Leave-One-Subject-Out cross-validation for improved results.

Explore machine learning techniques using graph signal processing for analyzing complex biological data, focusing on geometric scattering networks and their applications in computational genomics.

Explore cutting-edge AI advancements in image and signal processing, including segmentation, OCR, and speech technologies, with powerful neural network applications.

Explore D-Flow framework for controlled generation in AI models, optimizing source points through flow differentiation. Learn applications in inverse problems and conditional generation.

Explore the surprising efficiency of bin packing algorithms for dynamic storage allocation, comparing modern allocators with theoretical models and uncovering insights for memory optimization.

Explore a novel automata-based approach for analyzing quantum circuits, enabling efficient verification and bug detection in large-scale quantum systems using tree automata and algebraic representations.

Explore Apache Mynewt's RTOS for embedded devices, covering architecture, components, and community aspects. Learn about its features and future plans for constrained IoT applications.