Method for teleconferencing using 3-D avatar

1. A system for providing a virtual conference environment using 3-D avatars, the system comprising:

a plurality of remotely controlled video cameras configured to record image data of conference participants, respectively;

a plurality of directional microphones configured to record audio data of the conference participants, respectively;

a plurality of speakers for reproducing the recorded audio data of the conference participants;

at least one kinetic sensor configured to detect and record movements of at least one of the conference participants, respectively, in a form of a kinetic data;

a virtual reality projector configured to render 3-D virtual data to the participants, the 3-D virtual data providing the virtual conference environment that includes each of the conference participants illustrated as the 3-D avatars; and

a computer processor configured to generate the 3-D virtual data by combining the image data with recorded audio data and the kinetic data;

wherein the 3-D avatars are stored in at least one avatar database and accessed by the computer processor when creating the 3-D virtual data,

wherein the computer processor is further configured to: (i) extract differential and behavior parameters from the recorded image data for a selected 3-D avatar, (ii) optimize the recorded image data for the selected 3-D avatar for a transmission channel based on capacity and latency of the transmission channel, (iii) transfer the optimized data to a client associated with the selected 3-D avatar based on the capacity and latency, and (iv) apply the differential and behavior parameters to the selected 3-D avatar illustrated in the virtual conference environment to the client associated with the selected 3-D avatar,

wherein, when at least one additional conference participant attempts to join the virtual conference environment, the computer processor accesses the at least one avatar database to identify a 3-D avatar associated with the at least one additional conference participant, and

wherein, if the at least one avatar database does not have the 3-D avatar associated with the at least one additional conference participant, the computer processor is configured to access a photograph or video of the at least one additional conference participant from a source other than the at least one avatar database and generate the 3-D avatar associated with the at least one additional conference participant that is displayed in the virtual conference environment.

2. The system of claim 1 , wherein the avatar database is located in a cloud.

3. The system of claim 1 further comprising at least one Doppler sensor configured to acquire the kinetic data.

4. The system of claim 1 , wherein the kinetic data is acquired using traceable markers attached to body parts of the conference participants.

5. The system of claim 1 , wherein the 3-D avatars are provided to remote server over a cloud.

6. The system of claim 1 , wherein the 3-D avatars are displayed using at least one of:

a hologram;

virtual reality glasses;

a 3-D monitor; and

steam cloud images.

7. A method for providing a virtual conference environment using 3-D avatars, the method comprising:

capturing, by a plurality of remotely controlled video cameras, a video data of conference participants, respectively;

capturing, by a plurality of directional microphones, audio data of the conference participants, respectively;

detecting and recording, by at least one kinetic sensor, movements of at least one of the conference participants, respectively, as kinetic data;

generating 3-D virtual data by combining the captured video data with the captured audio data and with the recorded kinetic data;

rendering, by a virtual reality projector, the 3-D virtual data providing the virtual conference environment including each of the conference participants illustrated as the 3-D avatars;

storing the 3-D avatars in at least one avatar database;

extracting differential and behavior parameters from the captured data for a selected 3-D avatar;

optimizing the captured data for the selected avatar for a transmission channel based on capacity and latency of the transmission channel;

transferring the optimized data to a client based on the capacity and latency;

applying the differential and behavior parameters to the avatar illustrated in the virtual conference environment to the client;

when at least one additional conference participant attempts to join the virtual conference environment, accessing the at least one avatar database to identify a 3-D avatar associated with the at least one additional conference participant;

if the at least one avatar database does not have the 3-D avatar associated with the at least one additional conference participant, accessing a photograph or video of the at least one additional conference participant from a source other than the at least one avatar database; and

generating the 3-D avatar associated with the at least one additional conference participant that is displayed in the virtual conference environment.

8. The method of claim 7 , further comprising adding a skin to the 3-D avatars.

9. The method of claim 7 , further comprising masking lags in data transmission through the channel by applying behavior patterns.

10. The method of claim 9 , wherein the behavior patterns are predefined and calculated during teleconference to avoid artifacts.

11. The method of claim 9 , wherein the behavior patterns are extracted from prior data transmission translation and applied to any combination of micro-movement of parts of the 3-D avatar.

12. The method of claim 11 , wherein the behavior patterns are applied to unintended gestures and movements to keep the 3-D avatar's appearance live.

13. The method of claim 7 , further comprising comparing current images of the participants with the 3-D avatars and correcting the avatars if the differences are detected.

14. The method of claim 7 further comprising generating artificial intelligence models for the 3-D avatars.

15. The method of claim 7 , further comprising authenticating the 3-D avatars and changing an appearance of the 3-D avatars based on a successful authentication.