Qorvo US, Inc. (20240338906). METHOD FOR VISUAL POSE DETERMINATION OF UNKNOWN OBJECTS IN A MIXED REALITY CONTEXT simplified abstract
Contents
METHOD FOR VISUAL POSE DETERMINATION OF UNKNOWN OBJECTS IN A MIXED REALITY CONTEXT
Organization Name
Inventor(s)
Julien Colafrancesco of Paris (FR)
METHOD FOR VISUAL POSE DETERMINATION OF UNKNOWN OBJECTS IN A MIXED REALITY CONTEXT - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240338906 titled 'METHOD FOR VISUAL POSE DETERMINATION OF UNKNOWN OBJECTS IN A MIXED REALITY CONTEXT
The present disclosure pertains to a mixed reality (MR) system that combines computer-generated elements with real-world elements, along with a method for determining visual poses of unknown real-world objects within the MR system. The system includes a recognition device and an object of interest that forms a real-world environment, capable of communicating with each other. The recognition device can estimate the visual pose of the object of interest without pre-storing its characteristics and re-project a visual representation of the object into a virtual reality (VR) environment based on the estimated visual pose.
- Recognition device and object of interest communicate to estimate visual poses of real-world objects
- Visual poses of objects determined without pre-storing object characteristics
- Visual representation of objects re-projected into a VR environment based on estimated poses
- System merges computer-generated elements with real-world elements in MR environment
- Method enables interaction with unknown real-world objects in MR system
- Potential Applications:**
- Augmented reality gaming - Industrial training simulations - Architectural visualization - Medical training and simulations - Virtual product demonstrations
- Problems Solved:**
- Difficulty in interacting with unknown real-world objects in MR systems - Lack of accurate estimation of visual poses of objects without pre-stored characteristics - Limited ability to merge computer-generated elements with real-world elements seamlessly
- Benefits:**
- Enhanced user experience in MR environments - Improved accuracy in determining visual poses of real-world objects - Increased interactivity with unknown objects in virtual environments
- Commercial Applications:**
Virtual reality gaming, industrial training simulations, architectural design, medical education, product demonstrations
- Questions about Mixed Reality System:**
1. How does the recognition device estimate the visual pose of unknown real-world objects? 2. What are the key advantages of merging computer-generated elements with real-world elements in a mixed reality system?
Original Abstract Submitted
the present disclosure relates to a mixed reality (mr) system merging computer-generated elements and real-world elements, and a method for determining visual poses of unknown real-world objects in the mr system. the disclosed system includes a recognition device and an object of interest that constitutes a real-world environment. herein, the recognition device and the object of interest are capable of communicating with each other. the recognition device is capable of estimating a visual pose of the object of interest without pre-storing characteristics of the object of interest and configured to re-project a visual representation of the object of interest into a virtual reality (vr) environment based on the estimated visual pose.
