Granted Patent B2

US 12,273,402 · App. 17/060,623 · Granted Apr 8, 2025

Inventor: Cevat Yerli (Frankfurt am Main, DE)

Assignee: TMRW FOUNDATION IP S.ÀR.L.

H04L65/4053G06F3/011G06T19/003H04L65/4015G09B5/12

Abstract

Claims (38)

1. A system enabling ad hoc virtual communications between user graphical representations, comprising:

one or more cloud server computers comprising at least one processor and memory storing data and instructions implementing a virtual environment;

wherein the virtual environment is configured to enable a user graphical representation of an approaching user to engage a user graphical representation of a target user comprising a visual feedback in the virtual environment, the visual feedback comprising an indication that an ad hoc communication is possible,

wherein the ad hoc communication between client devices of the target user and the approaching user are enabled based on privacy settings, distance, position, the visual feedback, and orientation between the user graphical representation of the approaching user and the user graphical representation of the target user,

wherein the virtual environment is further configured to detect a response from the target user accepting a communication engagement invitation from the approaching user based on current availability status or status configuration of the target user, or a combination thereof, and to enable the ad hoc communication via a peer-to-peer communication channel between the user graphical representations within the virtual environment,

wherein the ad hoc communication is a private communication enabling an additional user graphical representation to view a graphical interaction between the user graphical representations of the approaching and target users while preventing the additional user graphical representation to hear an audio communication between the approaching user and the target user,

wherein the ad hoc conversation comprises sending and receiving real-time audio and video via the peer-to-peer communication channel,

wherein each of the user graphical representation of the approaching user and the user graphical representation of the target user are associated with a respective viewing perspective,

wherein the ad hoc conversation enables a change of the viewing perspective between a top viewing perspective, a third-person viewing perspective, a first-person viewing perspective, or a self-viewing perspective within the same or another connected virtual environment where the ad hoc conversation takes place.

2. The system of claim 1 , wherein the ad hoc conversation is performed at a place within the virtual environment where both user graphical representations are located.

3. The system of claim 1 , wherein the ad hoc conversation is performed using a current viewing perspective in the virtual environment.

4. The system of claim 1 , wherein the ad hoc conversation comprises a transition of the user graphical representation of the target user from a user 3D virtual cutout to a user graphical representation comprising the real-time video.

5. The system of claim 1 , wherein the private peer-to-peer communication channel is configured to allow other users that are not included in the peer-to-peer communication channel to view interactions between the user graphical representations while preventing the other users that are not included in the peer-to-peer communication channel from listening to the real-time audio based on the privacy settings.

6. A method enabling ad hoc virtual communications between user graphical representations, comprising:

providing a virtual environment in memory of one or more cloud server computers comprising at least one processor;

detecting two or more client devices accessing the at least one virtual environment through corresponding graphical representations,

wherein the client devices are connected to the one or more cloud server computers via a network;

enabling a user graphical representation of an approaching user to start an ad hoc communication by approaching a user graphical representation of a target user comprising a visual feedback in the virtual environment based on privacy settings, distance, position, the visual feedback, and orientation between the user graphical representation of the approaching user and the user graphical representation of the target user, the visual feedback comprising an indication that an ad hoc communication is possible;

detecting a response from the target user accepting a communication engagement invitation from the approaching user based on current availability status or status configuration of the target user, or a combination thereof, and based on said detecting, opening up a peer-to-peer communication channel between client devices of the approaching user and the target user, thereby enabling the ad hoc communication between the user graphical representations of the target user and the approaching user in the virtual environment,

wherein the ad hoc communication is a private communication enabling an additional user graphical representation to view a graphical interaction between the user graphical representations of the approaching and target users while preventing the additional user graphical representation to hear an audition communication between the approaching user and the target user,

wherein the ad hoc conversation comprises sending and receiving real-time audio and video via the peer-to-peer communication channel,

wherein each of the user graphical representation of the approaching user and the user graphical representation of the target user are associated with a respective viewing perspective; and

enabling a change of the viewing perspective between a top viewing perspective, a third-person viewing perspective, a first-person viewing perspective, or a self-viewing perspective within the same or another connected virtual environment where the ad hoc conversation takes place.

7. The method of claim 6 wherein the ad hoc conversation is performed at a place within the virtual environment where both user graphical representations are located.

8. The method of claim 6 , wherein the ad hoc conversation is performed using a current viewing perspective in the virtual environment.

9. The method of claim 6 , wherein the ad hoc conversation comprises a transition of the user graphical representation of the target user from a user 3D virtual cutout to a user graphical representation comprising the real-time video.

10. A non-transitory computer readable medium having stored thereon instructions configured to cause at least one server computer comprising a processor and memory to perform steps comprising:

providing a virtual environment;

detecting one or more client devices accessing the at least one virtual environment through a user graphical representation,

wherein the client devices are connected to the one or more cloud server computers via a network;

enabling a user graphical representation of an approaching user to start an ad hoc communication by approaching a user graphical representation of a target user comprising a visual feedback in the virtual environment based on privacy settings, distance, position, the visual feedback, and orientation between the user graphical representation of the approaching user and the user graphical representation of the target user, the visual feedback comprising a signal that the ad hoc communication is possible;

detecting a response from the target user accepting a communication engagement invitation from the approaching user based on current availability status or status configuration of the target user, or a combination thereof, and based on said detecting, opening up a peer-to-peer communication channel, thereby enabling an ad hoc conversation between user graphical representations of the target user and the approaching user in the virtual environment,

wherein the ad hoc communication is a private communication enabling an additional user graphical representation to view a graphical interaction between the user graphical representations of the approaching and target users while preventing the additional user graphical representation to hear an audio communication between the approaching user and the target user,

wherein the ad hoc communication comprises sending and receiving real-time audio and video via the peer-to-peer communication channel,

wherein each of the user graphical representation of the approaching user and the user graphical representation of the target user are associated with a respective viewing perspective; and

enabling a change of the viewing perspective between a top viewing perspective, a third-person viewing perspective, a first-person viewing perspective, or a self-viewing perspective within the same or another connected virtual environment where the ad hoc conversation takes place.

11. The non-transitory computer readable medium of claim 10 , wherein the private peer-to-peer communication channel is configured to allow other users that are not included in the peer-to-peer communication channel to view interactions between the user graphical representations while preventing the other users that are not included in the peer-to-peer communication channel from listening to the real-time audio based on the privacy settings.

12. The method of claim 6 , wherein the private peer-to-peer communication channel is configured to allow other users that are not included in the peer-to-peer communication channel to view interactions between the user graphical representations while preventing the other users that are not included in the peer-to-peer communication channel from listening to the real-time audio based on the privacy settings.

Assignments (2)

Continuity (2)

References Cited (246)