
Explore Arduino UNO R4 Minima: setup, programming, and potential applications. Hands-on tutorial for beginners and makers interested in microcontroller projects.

Explore machine learning for signal processing, focusing on data compression and noise removal using PCA. Learn linear algebra applications and alternative techniques for effective data analysis.

Explore machine learning techniques to forecast windmill electricity generation based on wind speed, direction, and turbine characteristics. Learn decision trees and random forests for renewable energy prediction.

Explore AR/VR applications in construction for enhanced learning, planning, and safety practices, presented by Gilbane Building Company experts at NVIDIA's 2017 conference.

Learn to create an escape room prop using ESP32 or Arduino to decode binary values from punched cards, featuring laser and LDR arrays, voltage divider circuits, and detailed code explanations.

Learn to craft effective Dockerfiles for robotics projects, covering user management, networking, GUI programs, and best practices for creating robust Docker images.

Explore reinforcement learning concepts and their applications in psychology and neuroscience. Hands-on exercises demonstrate how algorithms explain animal learning and dopamine neuron firing.

Explore challenges and approaches for securing Internet of Things (IoT) devices, including heterogeneous environments, data gathering, and working with project sponsors to identify and resolve security issues.

Explore GE's perspective on AI/ML in manufacturing, focusing on metal additive manufacturing, ceramic matrix composites, and microstructure quantification for improved quality assurance.

Explore dynamical distance learning for reinforcement agents, enhancing policy learning through state distance estimation. Discover applications in semi-supervised and unsupervised skill acquisition.

Explore AI's role in combating COVID-19, from deep learning applications to automated detection systems. Learn about innovative solutions and cutting-edge technologies shaping pandemic response strategies.

Learn to create Pong on Arduino, focusing on ball collision detection, movement, and game mechanics using efficient binary operations and clever algorithms.

Learn to create Pong on a 16x2 LCD panel using Arduino. Covers drawing, paddle movement, user input processing, and problem-solving techniques through live coding.

Learn Arduino programming essentials: variables, loops, functions, data types, and more. Create projects, manipulate hardware, and master core C language concepts for microcontroller development.

Practical guide to IoT product security: threat modeling, PSA Certified framework, and nRF Connect SDK implementation. Covers security principles, hardware/firmware specifications, and certification process.

Explore computer vision advancements, from 3D object reconstruction to real-time deep learning systems incorporating geometry and uncertainty, with applications in robotics and mobile technology.

Explore private set intersection protocols, including custom and generic MPC approaches, with a focus on Cuckoo hashing for efficient computation of PSI variants in cryptography and security.

Explore neural network applications in vehicle control, focusing on the Truck Backer-Upper problem. Learn about state transitions, training strategies, and Bayesian neural networks.

Explore model-based deep learning approaches for efficient, interpretable networks in signal and image processing, with applications in imaging, ultrasound, and COVID-19 detection.

Explore OpenAI environments, including robotics and retro games. Learn to build custom environments and understand reinforcement learning concepts like reward functions.

Explore imitation learning techniques, from behavioral cloning to generative adversarial methods, with applications in autonomous driving and conversational agents.