Apple inc. (20240305682). Gaze-Based Copresence System simplified abstract

Gaze-Based Copresence System

Organization Name

apple inc.

Inventor(s)

Jay Mayur Khandhar of Milpitas CA (US)

Borna Ghavam of San Francisco CA (US)

Jinbo Qiu of San Jose CA (US)

Christopher M. Garrido of Santa Clara CA (US)

Karthick Santhanam of Campbell CA (US)

Patrick Miauton of Redwood City CA (US)

Xiaosong Zhou of Campbell CA (US)

Dazhong Zhang of Saratoga CA (US)

Kristian D. Pereira of San Jose CA (US)

Dan Miao of Fremont CA (US)

Gaze-Based Copresence System - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240305682 titled 'Gaze-Based Copresence System

Simplified Explanation: The patent application describes a technique for transmitting data in a copresence environment by establishing a virtual communication session between a local device and remote devices in a shared copresence environment. The local device subscribes to different quality data streams based on the region of interest within the environment.

• **Key Features and Innovation:**

   * Initiating a virtual communication session between local and remote devices in a copresence environment.
   * Determining a region of interest for the local device within the environment.
   * Subscribing to different quality data streams based on the representation of remote devices in the region of interest.

• **Potential Applications:**

   * Collaborative work environments.
   * Virtual meetings and conferences.
   * Remote monitoring and surveillance systems.

• **Problems Solved:**

   * Efficient data transmission in copresence environments.
   * Optimizing data streams based on user preferences.
   * Enhancing communication in shared spaces.

• **Benefits:**

   * Improved data transmission quality.
   * Enhanced user experience in copresence environments.
   * Customized data stream subscriptions for better communication.

• **Commercial Applications:**

   * Virtual reality applications.
   * Telecommunication systems.
   * Smart home devices and IoT networks.

• **Prior Art:**

   Prior art related to this technology may include research on data transmission in shared environments, virtual communication sessions, and quality of service in network communications.

• **Frequently Updated Research:**

   Ongoing research in the field may focus on optimizing data transmission algorithms, enhancing user interaction in copresence environments, and developing new applications for this technology.

Questions about Copresence Data Transmission:

1. What are the potential challenges in implementing this technology in large-scale copresence environments?

  - Implementing this technology in large-scale copresence environments may face challenges related to network scalability, data synchronization, and resource allocation.

2. How does this technique improve data transmission efficiency compared to traditional methods?

  - This technique improves data transmission efficiency by allowing the local device to subscribe to specific quality data streams based on the region of interest, reducing unnecessary data processing and bandwidth usage.

Original Abstract Submitted

a technique for transmitting data in a copresence environment includes initiating a virtual communication session between a local device and remote devices in a shared copresence environment, where each of the plurality of sending devices are transmitting a sending quality data stream in the virtual communication session. a region of interest for the local device is determined that includes a portion of the copresence environment. the local device subscribes to a first quality data stream for the remote devices represented in the region of interest, and a second quality data stream for the remote devices not represented in the region of interest.