P‐78: An Interactive 360° Floating 3D Display Based on Gesture Recognition

Abstract

An interactive 360-degree light field 3D display system based on gesture recognition is implemented. The system is comprised of a high-frame-rate projector, flat directional diffusing screen, high-speed data transmission module and Kinect somatosensory device. The floating occlusion-capable 3D image could revolve around the axis determined by user's gesture.

13.2: 360° Multi‐Faced Tracking and Interaction Using A Panoramic Camera

“…A 360-degree multiple faces tracking and interaction method based on panoramic camera is implemented and applied in a 360-degree horizontal parallax only 3D system [3,12].…”

Review on tabletop true 3D display

“…The proposed light field reconstruction algorithm can achieve wide viewing angle, good color performance, and dynamic 3D scene. The natural gesture‐based interaction by adding Microsoft Kinect is introduced, and high‐speed data processing and transmission modules can realize real‐time rendering at the refresh rate of 20 fps . A panoramic camera is assembled to track multiple viewers at the same time; all physical locations of a viewer are considered to modify the rendered scenes and then provide smooth and consecutive full‐parallax performance to different viewers in a 360° area.…”

The Progress of Light‐Field 3‐D Displays

“…As mentioned above, this system currently can only deliver a horizontally correct lightfield display. Su 24,25 proposed a method that uses interactive effects to achieve vertical light-field-display information. He used a specially designed 360° lens imaging system to track the surrounding observers' eyes and displayed the corresponding correct vertical light-field imaging to the corresponding observer.…”