Finger tracking

Applied sciences
Information engineering
Artificial intelligence
Computer vision

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Related lectures (11)

Full-Body Motion Capture: Background and Applications

Explores the background and applications of full-body motion capture techniques, including posture reconstruction and collision avoidance.

Multi-Object Tracking and Person Re-Identification

Covers Multi-Object Tracking challenges, tracking paradigms, Person Re-Identification, and state-of-the-art methods.

Low Grade Sensors: Data Visualization and Motion Tracking

Covers the visualization of smartphone sensor data and the application of sensors in sports motion tracking.

Full-Body Motion Capture: Posture and Collision Avoidance

Explores full-body motion capture, posture reconstruction, collision avoidance, and future interaction possibilities.

Computer Vision Basics: Image Processing and Feature Detection

Covers the basics of computer vision, focusing on image processing techniques and feature detection.

User Digitization: Advances in Motion Capture and Activity Recognition

Explores advancements in user digitization through motion capture and activity recognition technologies.

Character Animation: Techniques and Challenges

Explores character animation techniques, including motion capturing, skeletal-based animation, and facial animation, highlighting the challenges and advancements in creating realistic characters.

Lab-based Measuring Systems: Other Systems

Explores lab-based measuring systems in biomechanics, including ultrasound, magnetic sensors, X-ray imaging, and HTC Vive.

Depth Perception: Motion Parallax & Stereoscopic Vision

Explores depth perception through motion parallax and stereoscopic vision, emphasizing the importance of viewpoint tracking in virtual reality.

Effect of Task Conditions on Human Hand Pose Selection Strategies

Delves into human hand pose adaptation in bimanual tasks based on task conditions and the decentralization of virtual finger assignment.

Virtual Human Crowds: Behavior and Simulation

Explores virtual human crowds, object manipulation, visual attention, and crowd simulation techniques, including path planning and exposure therapy.

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