System and method for creating virtual presence
DCFirst Claim
1. A Global Virtual Presence (GVP) system for providing a user with a virtual presence experience via a virtual reality, the system comprising:
- at least one virtual presence terminal (VPT) configured to provide a user with a virtual presence interface;
at least one robotic virtual explorer device (RVED) configured to acquire a virtual presence media, the RVED is controllable by the user via the virtual presence interface;
at least one VPT Command and Control Unit (CCU) connected to the VPT configured to process and send operational directives and receive the virtual presence media and render the virtual presence media to the user via the virtual presence interface;
at least one RVED Command and Control Unit (CCU) connected to the RVED configured to process and send the operational directives to the RVED and receive and process the virtual presence media from the RVED, wherein;
the VPT CCU is connected to the RVED CCU over a wide area network;
the user connects to the RVED via the virtual presence interface and sends the operational directives to the VPT CCU;
the VPT CCU sends the operational directives to the RVED CCU, providing the operational directives to the RVED over a wireless connection;
the RVED acquires the virtual presence media and provides it to the RVED CCU over the wireless connection, which sends it to the VPT CCU over the wide area network;
the VPT CCU provides the virtual presence media to the VPT virtual presence interface;
a virtual geo-fence is mapped to a toured area containing movement of the RVED; and
wherein the RVED is continuously controlled via virtual reality controls, and is configured to display a video feed as a virtual reality.
1 Assignment
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Accused Products
Abstract
A Global Virtual Presence (SGVP) platform integrates communications, robotics and Men Machine Interface (MMI) technologies and provides a unique way of delivering virtual presence experience to a user. The user can control a Robotic Virtual Explorer Devices (RVEDs) and receive a real-time media stream at his virtual terminal. In addition to real-time interactive video feeds, the system provides a pre-recorded video feed gallery of various most unreachable areas of the world, thereby providing a feeling of virtual-like presence to people, who may never see these places due to physical and financial constraints.
17 Citations
20 Claims
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1. A Global Virtual Presence (GVP) system for providing a user with a virtual presence experience via a virtual reality, the system comprising:
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at least one virtual presence terminal (VPT) configured to provide a user with a virtual presence interface; at least one robotic virtual explorer device (RVED) configured to acquire a virtual presence media, the RVED is controllable by the user via the virtual presence interface; at least one VPT Command and Control Unit (CCU) connected to the VPT configured to process and send operational directives and receive the virtual presence media and render the virtual presence media to the user via the virtual presence interface; at least one RVED Command and Control Unit (CCU) connected to the RVED configured to process and send the operational directives to the RVED and receive and process the virtual presence media from the RVED, wherein; the VPT CCU is connected to the RVED CCU over a wide area network; the user connects to the RVED via the virtual presence interface and sends the operational directives to the VPT CCU; the VPT CCU sends the operational directives to the RVED CCU, providing the operational directives to the RVED over a wireless connection; the RVED acquires the virtual presence media and provides it to the RVED CCU over the wireless connection, which sends it to the VPT CCU over the wide area network; the VPT CCU provides the virtual presence media to the VPT virtual presence interface; a virtual geo-fence is mapped to a toured area containing movement of the RVED; and wherein the RVED is continuously controlled via virtual reality controls, and is configured to display a video feed as a virtual reality. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18)
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19. A Global Virtual Presence (GVP) system for providing a user with a virtual presence experience via a virtual reality, the system comprising:
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at least one virtual presence terminal (VPT) configured to provide a user with a virtual presence interface; at least one robotic virtual explorer device (RVED) configured to acquire a virtual presence media, the RVED is controllable by the user via the virtual presence interface; at least one VPT Command and Control Unit (CCU) configured to connect to the VPT and process and send operational directives and receive the virtual presence media and render the virtual presence media to the user via the virtual presence interface; at least one RVED Command and Control Unit (CCU) configured to connect to the RVED and process and send the operational directives to the RVED and receive and process the virtual presence media from the RVED, wherein; the VPT CCU is connected to the RVED CCU over a wide area network; the user connects to the RVED via the virtual presence interface and sends the operational directives to the VPT CCU; the VPT CCU sends the operational directives to the RVED CCU, which provides the operational directives to the RVED over a wireless connection; the RVED acquires the virtual presence media and provides it to the RVED CCU over the wireless connection; the RVED CCU sends the virtual presence media to the VPT CCU over the wide area network; the VPT CCU is configured to provide the virtual presence media to the VPT virtual presence interface; and the virtual presence media, controlled by the user of the RVED, is indexed for playback requests by the users, and, the RVED is continuously controlled by the user via virtual reality controls.
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20. A Global Virtual Presence (GVP) system for providing a user with a virtual presence experience, the system comprising:
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at least one virtual presence terminal (VPT) configured to provide a user with a virtual presence interface; at least one robotic virtual explorer device (RVED) configured to acquire a virtual presence media, the RVED is controllable by the user via the virtual presence interface; at least one VPT Command and Control Unit (CCU) connected to the VPT and configured to process and send operational directives and receive the virtual presence media and render the virtual presence media to the user via the virtual presence interface; at least one RVED Command and Control Unit (CCU) connected to the RVED, configured to process and send the operational directives to the RVED and receive and process the virtual presence media from the RVED, wherein; the VPT CCU is connected to the RVED CCU over a wide area network; the user connects to the RVED via the virtual presence interface and sends the operational directives to the VPT CCU; the VPT CCU sends the operational directives to the RVED CCU, providing the operational directives to the RVED over a wireless connection; the RVED acquires the virtual presence media and provides it to the RVED CCU over the wireless connection, which sends it to the VPT CCU over the wide area network; the VPT CCU provides the virtual presence media to the VPT virtual presence interface; and the VPT is implemented on a virtual reality helmet, the virtual reality helmet controls movement of the RVED displaying video as virtual reality.
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Specification