REMOTE COLLABORATIONS WITH VOLUMETRIC SPACE INDICATIONS

Organization Name

Inventor(s)

REMOTE COLLABORATIONS WITH VOLUMETRIC SPACE INDICATIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240259530 titled 'REMOTE COLLABORATIONS WITH VOLUMETRIC SPACE INDICATIONS

Simplified Explanation: The patent application relates to computing devices and head-mounted display devices for remote collaborations. It involves displaying shared holograms in different three-dimensional environments based on common semantic labels.

Key Features and Innovation:

   - Computing device receives spatial mapping of a three-dimensional environment.
   - Determines volumetric space that satisfies collaboration criteria.
   - Displays shared hologram in different environments based on common semantic labels.

Potential Applications:

   - Remote collaboration in virtual environments.
   - Augmented reality for team projects.
   - Training simulations in different locations.

Problems Solved:

   - Facilitates collaboration between users in different physical locations.
   - Enhances communication and interaction in virtual environments.

Benefits:

   - Improved teamwork and coordination.
   - Enhanced visualization of shared objects.
   - Increased efficiency in remote collaborations.

Commercial Applications:

   - Virtual meeting platforms for remote teams.
   - Educational tools for interactive learning experiences.
   - Design and engineering collaboration in virtual spaces.

Prior Art:

   - Prior research on remote collaboration tools in virtual reality environments.
   - Studies on shared holographic displays for team projects.

Frequently Updated Research:

   - Latest advancements in augmented reality for remote collaborations.
   - Updates on interactive virtual environments for team interactions.

Questions about Remote Collaborations: 1. How does the shared hologram technology improve remote collaboration? 2. What are the potential challenges of implementing shared holograms in different environments?

1. A relevant generic question not answered by the article, with a detailed answer: How does the use of common semantic labels enhance the collaboration experience in virtual environments? Common semantic labels help identify shared objects across different environments, making it easier for users to interact and collaborate effectively.

2. Another relevant generic question, with a detailed answer: What are the technical requirements for displaying shared holograms in real-time during remote collaborations? Displaying shared holograms in real-time requires high-speed data transfer, accurate spatial mapping, and synchronized display devices to ensure seamless interaction between users in different locations.

Original Abstract Submitted

examples are disclosed that relate to computing devices, head-mounted display devices and methods for remote collaborations. in one example a computing device receives receive a spatial mapping of a first three-dimensional environment and determines that a volumetric space in the spatial mapping satisfies at least one collaboration criterion. the collaboration criterion comprises a first object in the first three-dimensional environment and a second object in a second three-dimensional environment sharing a common semantic label. based on determining that the volumetric space satisfies the collaboration criterion, a shared hologram is displayed by a first display device at the first object in the first environment and by a second display device at the second object in the second three-dimensional environment.