Functional Variability in Cricket Bowling Delivery
Exploring how cricket bowlers use movement variability to regulate timing and speed of delivery, challenging the notion of repeatability in sports performance.
Individual Differences in Muscle Load Magnitude and Variability During Repetitive Actions - Lecture 470
Explores individual differences in elbow load during repetitive baseball pitching, examining magnitude, variability, and effects of repeated action on pitchers' elbows.
Adaptive Internal Models in Systems Neuroscience
Explore the cerebellum's role in motor control through adaptive internal models. Gain insights into disturbance rejection and its implications for control theory in neuroscience.
Alan Yates on the Impossible Task of Making Valve's VR Work
Dive into the engineering challenges and innovative solutions behind Valve's VR Lighthouse system, exploring its conceptual elegance and technical intricacies.
Raspberry Pi Devastator Robot - Pygame & Speed Control
Enhance Raspberry Pi robot control using Pygame for keyboard input and PWM for motor speed, improving functionality and precision in robotics projects.
Controlling Telescope Hardware with Rust
Explore how Rust can control telescope hardware, including motors and cameras. Learn about astrophotography and see stunning space images captured with the demonstrated techniques.
Raspberry Pi Robotics - Keyboard Control
Learn to build and control a Raspberry Pi Zero robot using a wireless keyboard, including Python coding for key press detection and motor control. Gain practical robotics skills.
ODrive Brushless Motor with Raspberry Pi and Arduino
Step-by-step guide on using ODrive controllers with brushless motors, including assembly, connection, and control using Raspberry Pi and Arduino.
Control Large Gearmotors with PWM and Arduino
Learn to control large DC gearmotors using PWM and Arduino with the Cytron MD10C H-Bridge controller. Explore efficient motor control techniques and high-frequency PWM for improved performance.
Stepper Motors with Arduino - Controlling Bipolar and Unipolar Stepper Motors
Comprehensive guide to controlling bipolar and unipolar stepper motors with Arduino, covering theory, specifications, and practical implementations using various driver boards.
Xen Cache Coloring - Interference-Free Real-Time Systems
Explore cache coloring in Xen for real-time systems, covering schedulers, allocation, configuration, and benchmarking. Includes a demo and baremetal memory stress discussion.
Challenges and Opportunities of Artificial Intelligence in Neuroscience
Explore AI's impact on neuroscience with experts discussing challenges, opportunities, and explainability. Gain insights into the intersection of artificial and natural intelligence.
Where AI Is Today and Where It's Going
Explore AI's current capabilities and future potential with Richard Socher, covering image classification, computer vision, text analysis, and the transformative impact of AI on various fields.
Donkey Car Tuning and Training
Learn to tune and train Donkey Cars, exploring MQTT, IHM, power supply, software, calibration, and driving techniques for autonomous vehicle enthusiasts.
Physical Computing with Python and Raspberry Pi
Explore physical computing using Python on Raspberry Pi. Learn to control hardware, create interactive projects, and discover engaging applications in education and beyond.
Exploring Coaches' Experiences in Adopting a Nonlinear Approach to Skill Development
Exploring coaches' adoption of nonlinear, ecological approaches to skill development. Insights into contemporary pedagogical methods and their impact on coaching practices across different sports and cultures.
Neuromechanical Rehabilitation of the ACL Injured Patient - A Brain, Body and Behavior Approach
Discover evidence-based approaches to ACL injury rehabilitation, integrating neuromechanical principles with brain-body connections for optimal patient recovery and performance outcomes.
Touch-and-go - Sensorimotor Processing in Neurotypical and Clinical Populations
Explore sensorimotor processing mechanisms across neurotypical and clinical populations, examining touch perception and motor control through expert research insights.
Neural Mechanisms of Limb Proprioception and Motor Control in Drosophila
Explore neural mechanisms of limb proprioception and motor control in fruit flies. Discover how proprioceptor subtypes encode joint position and movement, and examine computational models predicting leg proprioceptor activity during walking.
Face Tracking Robot with OpenCV, Python, Arduino and Geekom AS6
Autonomous robot using OpenCV and Arduino to track and follow faces, with real-time adjustments based on face position and size for movement control.
New Approaches to Driving Changes in Walking Patterns
Discover innovative methods for modifying walking patterns and gait rehabilitation through evidence-based approaches presented by Ryan Roemmich in this medical grand rounds lecture.