
Explore piecewise affine convex approximations for optimization models using PiecewiseAffineApprox.jl, featuring flexible options and methods for best-fit calculations in Julia.

Flexible energy system modelling framework for operational and planning studies, featuring adaptable structures, uncertainty representation, and model decomposition for complex multi-energy systems.

Discover how perseverance in science and life can transform challenges into strengths. Learn from a bioengineering doctoral student's journey in developing therapeutic devices and entrepreneurial ventures.

Discover the multifaceted world of car design, blending artistic vision with technical expertise. Learn about innovative technologies, sustainability, and the skills needed to create cutting-edge vehicle concepts.

Explore microarchitectural side channel attacks on MCU bus interconnects, focusing on vulnerabilities and potential security implications for embedded systems.

Discover cutting-edge techniques for 3D data detection and segmentation using pseudo-labels, with insights into Lidar applications and Segment Anything technology from NVIDIA expert Laura Leal-Taixé.

Explore nuclear fusion fundamentals, current industry developments, and future frontiers through an expert's perspective on harnessing this revolutionary clean energy technology.

Discover groundbreaking advances in microscopic robotics, exploring autonomous systems that integrate sensing, computing, and action at cellular scales for applications in nerve repair and nanomanufacturing.

Learn 3D head tracking and car movement in computer vision, integrating face detection with Unity for interactive camera control and smooth motion simulation.

Learn to preprocess aerial imagery, train U-net for semantic segmentation, and make predictions using Python, focusing on data preparation and model implementation for satellite image analysis.

Explore generalizable autonomy in robot manipulation through imitation learning, visuo-motor policies, and reinforcement learning techniques. Discover innovative approaches for achieving adaptable and efficient robotic systems.

Explore strategies for scaling reliability engineering, including tool development, decision-making processes, and real-world examples of automated failover and chaos engineering implementations.

Explore how manufacturing principles can enhance software development, focusing on Lean methodologies, waste elimination, and continuous improvement for efficient coding practices.

Explore side channel analysis attacks on AES encryption, including power consumption analysis and key extraction techniques, with a live demonstration on an embedded CPU.

Modernize sauna control with .NET: Raspberry Pi, ASP.NET in Docker, and MAUI for Android. Explore versatile .NET applications across platforms for home automation.

Explore strategies for building reliable systems, considering software, hardware, networks, and people. Learn from historical examples and design patterns to enhance system resilience.

Discover how to leverage your .NET and C# skills to build IoT solutions using tiny .NET frameworks. Learn to create connected hardware applications with familiar tools like Visual Studio.

Insightful exploration of building reliable systems beyond code, examining strategies, design patterns, and the impact of software failures on our increasingly digital world.

Discover how to build a budget-friendly IoT smart home system using C#, C++, and affordable electronics. Learn about design, software, hardware, and essential considerations for DIY IoT projects.

Discover how to use Python for embedded and IoT projects, from Raspberry Pi to microcontrollers. Learn to build physical devices and IoT solutions with cellular connectivity using Python.

Explore how manufacturing principles can enhance software development, focusing on Lean methodologies, efficiency, and team empowerment for better project outcomes.