Event-Driven Asyncio: A Case Study of Trio's API
Explore Python's asyncio for efficient single-thread operations, focusing on Trio's API for streamlined robot decision-making. Learn about trio, trio-util, anyio, and asyncio implementations.
Determining AI Consciousness - Key Indicators and Limitations
Explores the minimal ingredients for consciousness and examines whether AI models like ChatGPT possess consciousness, discussing limitations of robot consciousness and implications for future AI development.
Event-Driven Asyncio: A Case Study of Trio's API
Explore Python's asyncio for efficient single-thread operations, focusing on Trio's API for streamlined robot decision-making. Learn about trio, trio-util, anyio, and asyncio implementations.
Open-world Segmentation and Tracking in 3D
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.
Microscopic Robots - Integrating Intelligence and Autonomous Behavior at the Cellular Scale
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.
3D Head Tracking with Car Movement - Computer Vision
Learn 3D head tracking and car movement in computer vision, integrating face detection with Unity for interactive camera control and smooth motion simulation.
Generalizable Autonomy for Robot Manipulation
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.
Virtual Outcrops in the Modern Geological Toolkit
Explore virtual outcrops in geology: photogrammetry, drones, and LiDAR for 3D modeling. Learn how these tools enhance fieldwork, mapping, and virtual field trips, revolutionizing geological research and education.
Tackling Climate Change with Autonomous Seaweed Farms Hitchhiking on Ocean Currents
Explore innovative carbon removal using autonomous seaweed farms that leverage ocean currents. Learn about control and learning methods for efficient, eco-friendly navigation in complex marine environments.
How to Use Pixar in a Box with Your Students
Discover how to engage students with Pixar in a Box, a Khan Academy-Pixar collaboration that brings animation concepts to life across various subjects, sparking curiosity and joy in learning.
The Future of Robotics
Explore the future of robotics, including the potential for soccer-playing robots to beat human champions, followed by an expert panel discussion on robotics advancements and implications.
Curiosity's Entry Descent and Landing on Mars
Explore NASA's Mars Science Laboratory mission and Curiosity rover's groundbreaking landing on the Red Planet. Learn about the engineering challenges, innovative technologies, and scientific discoveries of this historic Mars exploration.
The New Mash Up Platform
Explore the rise of consumer drones and their potential as a new platform for innovation, discussing applications, challenges, and future possibilities in this engaging tech talk.
Unlock Your Autonomy - Improve Your Software Design
Discover how autonomy enhances software design and learn strategies to develop your professional independence, fostering effective relationships and trust within IT organizations.
The Impact of Sci Fi on Technology
Explore how science fiction has influenced and inspired real-world technological advancements, from communication devices to AI and virtual reality.
Building the Matrix
Explore building an immersive escape room experience using Raspberry Pi, Arduino, sensors, and actuators. Learn hardware development basics and IoT project implementation.
Agility, Scalability & Autonomy - HMRC’s Next-Gen Infrastructure
Explore HMRC's digital transformation journey, focusing on the development of a flexible, scalable infrastructure to support its goal of becoming a leading digital tax administration by 2020.
Arduino Robot Car with Speed Sensors - Using Arduino Interrupts
Build a 2WD robot car with speed sensors using Arduino interrupts. Learn to assemble the chassis, integrate optical sensors, and program for speed and distance measurement. Ideal for beginners and advanced hobbyists.
Controlling DC Motors With the L298N H Bridge and Arduino
Learn to control DC motors using L298N H-Bridge and Arduino, from basic concepts to building a simple robot car. Includes hands-on demos with potentiometers and joystick control.
Robotics Training - Measuring Distance to Obstacle Using the HC-SR04
Learn to measure obstacle distance using HC-SR04 ultrasonic sensor for robotics projects. Practical coding and hardware setup included for implementing distance measurement in robotic applications.
Robotics Training - Program Speed of the Elegoo Smart Car with Infrared Remote
Learn to program an Elegoo Smart Car's speed using an infrared remote control. Explore Arduino IDE, if statements, and mathematical concepts like slope equations for precise velocity control.