Clock Management in Zephyr RTOS
Explore advanced clock control APIs in Zephyr RTOS, focusing on power optimization, dependency management, and generic state transitions for embedded systems.
Display Sharing in Heterogeneous Systems Using Linux as High Level Operating System
Explore display sharing in heterogeneous systems, focusing on Linux as a high-level OS. Learn about resource partitioning, safety considerations, and driver implementation for seamless integration.
OCPP - Zephyr RTOS as Electric Vehicle Supply Equipment
Explore how Zephyr RTOS can function as Electric Vehicle Supply Equipment using OCPP, enhancing charging infrastructure and boosting the EVSE ecosystem.
Zephyr Power Management for Wearable Devices
Explore Zephyr Power Management implementation for wearables using a smartwatch demo. Learn about sleep modes, LVGL graphics, 2D GPU integration, and power optimization techniques for embedded development.
Shell Over BLE - Implementation and Usage in Zephyr-Based Applications
Explore Shell implementation over BLE for Zephyr-based applications, including basics, uses, and live demo. Learn to enhance embedded device interaction and diagnostics.
LTSv3 POSIX Roadmap Update for Zephyr
Explore Zephyr's POSIX API implementation, covering new features, metrics, operability, and conformance status. Gain insights into future strategies and simplification of common use cases.
Upstreaming Legacy Linux-Based Platforms - Benefits and Challenges
Discover the long-term benefits and practical tips for upstreaming legacy Linux-based platforms, overcoming challenges, and minimizing future maintenance work.
Connecting Zephyr Devices at Scale Using Open Source Solutions
Explore open-source solutions for connecting Zephyr devices at scale, comparing CoAP and LWM2M-based architectures for cellular LPWAN and Matter/Thread smart home systems.
Build Wireless Products Faster with Zephyr and MicroPython
Explore how Zephyr and MicroPython can accelerate wireless product development, focusing on Ezurio's Canvas Software Suite and its innovative approach to simplifying IoT product creation.
Why NXP is Doubling Down on Zephyr Project
Explore NXP's increased commitment to Zephyr, examining market drivers, strategic benefits, and future plans for this open-source RTOS project.
Unreasonably Efficient AR - Using Zephyr to Achieve More with Simple Hardware
Explore efficient augmented reality using Zephyr RTOS on simple hardware. Learn innovative software techniques for low-power AR designs and gain inspiration for challenging hardware projects.
Enabling Real-Time Secure Connectivity to the Industrial Edge with Single-Pair Ethernet and Zephyr
Explore Single-Pair Ethernet and Zephyr OS for secure, real-time connectivity in industrial IoT. Learn how this combination enables flexible, high-data-rate links and IP connectivity to field devices.
Taking Your Hardware to Production with Zephyr RTOS
Explore Zephyr RTOS features for efficient IoT product development, from hardware abstraction to testing, provisioning, and risk reduction in real-world production environments.
Arduino Alvik Deep Dive - Features, Programming, and Applications
Comprehensive exploration of Arduino Alvik's capabilities, from unboxing to advanced programming. Covers MicroPython coding, movement control, line following, and color detection for robotics enthusiasts.
Combinatorial Problems in Support Recovery for 1-bit Compressed Sensing
Explore advanced techniques in 1-bit compressed sensing, focusing on combinatorial approaches to support recovery and their applications in coding theory.
Neural Distributed Source Coding
Explores a framework for lossy distributed source coding using conditional VQ-VAE, achieving state-of-the-art performance on complex correlations and high-dimensional data without relying on hand-crafted source modeling.
Mackay-Neal Codes for High-Speed Wireless and Free-Space Optical Links
Explores rate-adaptive MacKay-Neal codes using protographs and distribution matchers for flexible, high-performance wireless and optical communication systems, achieving near-Shannon limit performance across various rates.
Dynamic Denoising for AMP Applied to Sparse Regression Inner Codes with Outer Codes
Explores dynamic denoising in AMP for sparse regression codes with outer codes, discussing performance improvements, state evolution approximations, and extensions to multi-user scenarios and multiple measurement vectors.
Precoded Polar Codes With High Error-Correction Capability
Explore recent advancements in precoded polar codes, focusing on low-complexity design, high error-correction capability, and efficient decoding for improved communication systems.
Towards Practical Polar Codes with Low Scaling Exponent
Explore advanced techniques for improving polar codes, focusing on reducing scaling exponents and enhancing practical implementations in coding theory.
Maximizing Mutual Information in Flash Memories
Explores optimizing Flash memory performance through mutual information maximization, focusing on LDPC codes and device longevity in the context of multi-bit cell storage and read operations.