
Explore connecting simple devices to Linux systems, from Arduino to character LCDs. Learn about userspace drivers, hardware descriptions, and device tree overlays for safe device integration.

Explore the intricacies of porting and maintaining U-Boot bootloader for multimedia SoCs, gaining insights into challenges and best practices for embedded systems development.

Learn to develop a kernel cryptographic accelerator driver, exploring hardware acceleration techniques and Linux kernel integration for enhanced security and performance.

Explore cutting-edge developments in real-time Linux systems, discussing performance optimization, kernel enhancements, and industry applications.

Explore quasilinear time list decodable codes for space bounded channels, advancing understanding of efficient error correction in constrained environments.

Explore efficient communication in radio networks, focusing on coding techniques and logarithmic overhead requirements for optimal data transmission.

Explore the polarization phenomenon in Reed-Muller codes, uncovering their unique properties and potential applications in coding theory and information transmission.

Explore cutting-edge advancements in coding theory, examining innovative approaches and their implications for information transmission and error correction in modern communication systems.

Learn to build, deploy, and scale Docker containers for IoT projects, from local development to managing thousands of devices using balenaCloud. Includes hands-on examples with Raspberry Pi and live deployment techniques.

Explore Docker's potential for developing and deploying scalable predictive modeling applications, from local development to production-ready Digital Twins on Kubernetes.

Explore how Toradex uses containers in embedded development, debunking myths and showcasing real-world applications through hardware and software demos.

Learn to build Docker images for Arm architectures, exploring techniques and best practices for efficient cross-platform development and deployment.

Explore AI's impact on Samsung's innovation, global opportunities, and ethical considerations in data growth, sensors, computing, and mobility.

Explore adapting WozMon for a breadboard 6502 computer, learning key concepts and techniques for implementing this classic monitor program on custom hardware.

Comprehensive seminar on Arduino debugging techniques, covering JTAG, debug probes, tracing, and practical workflows for effective hardware-level troubleshooting and development.

Build a custom Raspberry Pi 5 keyboard computer inspired by the Amiga 500, featuring an internal SSD and full-size HDMI. Learn about materials, construction process, and component integration in this DIY project.

Learn to create an "X-Ray Scanner" prop for escape rooms using RFID technology, ESP32 microcontroller, and media player. Covers hardware setup, wiring, coding, and testing for a unique interactive experience.

Explore side-channel attacks on lightweight cryptography systems, understanding vulnerabilities and defense strategies for secure implementation in resource-constrained environments.

Explore advanced masking schemes and analytical techniques for enhancing cryptographic security in hardware implementations.

Comprehensive overview of recent AI advancements, including updates from major tech companies, new AI models, and emerging technologies in voice, vision, and language processing.

Explore vulnerabilities in machine learning algorithms for cyber-physical power systems and learn about potential adversarial attacks and their implications.