The Future of Energy
Explore the evolution of energy production and consumption, and discover sustainable solutions for meeting growing electricity demands while minimizing environmental impact.
Flow Engineering - Boost Velocity, Quality & Happiness Through Your Value Stream
Boost velocity, quality, and happiness through value stream mapping. Learn four powerful techniques to uncover insights, align teams, and create actionable roadmaps for continuous improvement.
Fundamentals of Embedded Linux
Explore embedded Linux systems: hardware components, development process, and essential elements like toolchains, bootloaders, kernels, and root filesystems. Learn about integrating applications and proprietary code.
Getting Started with Yocto Project
Learn to build custom embedded Linux systems using Yocto Project. Covers basics, QEMU emulation, Raspberry Pi implementation, and key concepts like Distro, Machine, Image, Bitbake, and layers.
Contemporary C++ in Action
Live coding demonstration showcasing modern C++ features and techniques, including modules, coroutines, and C++23 additions, aimed at practical application for everyday developers in embedded and industrial settings.
The Boeing 737 MAX - When Humans and Technology Don't Mix
Exploring Boeing's 737 MAX crisis: design compromises, human factors oversights, and the consequences of prioritizing profit over safety in aircraft development. Lessons for all developers.
Space in the 2020's
Explore the potential for civilian space travel in the 2020s, including orbital hotels, lunar resorts, and beyond. Discover the latest developments and their impact on humanity's future.
Using C# Source Generators to Build a .NET IoT Device
Explore C# and .NET IoT Libraries for controlling IoT devices, including Azure IoT SDK integration and auto-generated code for Raspberry Pi projects that interact with sensors and the cloud.
Introduction to the Embedded Boot Loader U-Boot
Explore U-boot, the versatile embedded boot loader, and learn its key features, architecture, and practical applications in embedded systems development.
Debugging Embedded Devices Using GDB - A Review of Lessons Learned
Explore advanced GDB techniques for efficient embedded device debugging, covering common challenges and practical solutions for complex system issues.
Introduction to I2C and SPI - In-kernel and In-userspace
Comprehensive guide to I2C and SPI protocols, covering implementation in both kernel and userspace for embedded systems developers and Linux enthusiasts.
Spelunking for Hardware Data Tutorial
Explore techniques for extracting and analyzing hardware data in embedded systems, focusing on practical methods for debugging and optimizing device performance.
Kalman-Bucy Informed Neural Networks for System Identification
Combining physics-informed neural networks and Kalman filters to identify parameters in continuous-time systems with noisy measurements, improving model precision for complex systems.
How Complex Motherboards Are Designed and Manufactured
Comprehensive exploration of motherboard design, covering components, power management, signal integrity, debugging, and industry standards. Ideal for hardware enthusiasts and engineers seeking in-depth knowledge.
Towards Long-Horizon Robot Task Learning
Explore cutting-edge research on complex robot task learning, including simulation environments, hierarchical decomposition, and skill chaining for long-horizon tasks in robotics and AI.
Towards Understanding Animal and Robot Locomotion in Complex 3-D Terrain
Explore animal and robot locomotion in complex 3-D terrain, focusing on physical interactions, transitions between modes, and strategies for robust movement in challenging environments.
Deep Learning Based Side Channel Attacks
Explore cutting-edge deep learning techniques for side channel attacks in cryptography, focusing on latest research and advancements in this critical security field.
Sensors in Cryptographic Hardware and Embedded Systems - Session Overview
Explore cutting-edge sensor technologies and their applications in cryptographic hardware and embedded systems at this CHES 2022 conference session.
Physical Unclonable Functions - Security and Applications
Explore Physical Unclonable Functions in this comprehensive session, covering advanced security techniques for hardware-based cryptographic systems and device authentication.
Hardware Security Session
Explore cutting-edge hardware security topics and advancements in this comprehensive session from CHES 2022, featuring expert insights and discussions.
Practical Fault Injection Techniques in Cryptography
Explore practical fault injection techniques and their applications in cryptographic hardware security at this CHES 2022 session, featuring expert insights and cutting-edge research.