초록 ▼

A system and method are provided which utilize biometrics technology in a conference environment. A biometrics engine detects facial images of a user, generates biometrics of the detected facial images, and compares the generated biometrics with biometrics information of authorized users. If a match

A system and method are provided which utilize biometrics technology in a conference environment. A biometrics engine detects facial images of a user, generates biometrics of the detected facial images, and compares the generated biometrics with biometrics information of authorized users. If a match is found, then the user is authorized and is automatically logged into the conference network. Once logged in, conferences may be automatically established, the user may be tracked by at least one video sensor, user preferences may be automatically set, and/or conference content may be easily accessed and shared with remote conference participants.

대표청구항 ▼

1. A video conferencing system comprising: at least one video sensor that captures live video images of local video conference participants;an image processing engine connected to receive video images from the at least one video sensor and produce processed images, the image processing engine includ

1. A video conferencing system comprising: at least one video sensor that captures live video images of local video conference participants;an image processing engine connected to receive video images from the at least one video sensor and produce processed images, the image processing engine including an image processor and a biometrics engine; anda communication interface connected to receive the processed images and coupled to a communication network to enable transmission of the processed images over the communication network; andwherein the biometrics engine detects and recognizes faces of one or more local video conference participants and causes the video conferencing system to set one or more video conference preferences automatically based on the one or more recognized local participants. 2. The video conferencing system of claim 1 wherein the biometrics engine detects and recognizes faces of one or more remote video conference participants in video images received from a remote video conference system via the communication network through the communication interface. 3. The video conferencing system of claim 2 wherein the biometrics engine sets one or more video conference preferences automatically based on the recognized one or more remote video conference participants. 4. The video conferencing system of claim 2 wherein the biometrics engine displays a name label near the recognized one or more remote video conference participants. 5. The video conferencing system of claim 4 wherein the biometrics engine controls movement and focus of the at least one video sensor to track a recognized face. 6. The videoconferencing system of claim 2 wherein the biometrics engine controls movement and focus of the at least one video sensor to track a recognized face. 7. The video conferencing system of claim 1 wherein the biometrics engine causes the video conferencing system to access at least one of a conference schedule and a contacts database corresponding to a recognized local participant. 8. The videoconferencing system of claim 7 wherein the biometrics engine automatically initiates a video conference identified in the conference schedule corresponding to the recognized local participant. 9. The videoconferencing system of claim 7 wherein the biometrics engine automatically initiates a video conference identified in the conference schedule with one or more participants identified in the user contact database. 10. The videoconferencing system of claim 7 wherein the biometrics engine controls movement and focus of the at least one video sensor to track a recognized face. 11. The videoconferencing system of claim 7 wherein the biometrics engine controls movement and focus of the at least one video sensor to track a recognized face. 12. A video conferencing system comprising: at least one video sensor that captures live video images of local video conference participants;an image processing engine connected to receive video images from the at least one video sensor and produce processed images, the image processing engine including an image processor and a biometrics engine;a communication interface connected to receive the processed images and coupled to a communication network to enable transmission of the processed images over the communication network; andwherein the biometrics engine detects and recognizes faces of one or more remote video conference participants in video images received from a remote video conference system via the communication network through the communication interface and sets video conference preferences automatically based on the recognized one or more remote video conference participants. 13. The videoconferencing system of claim 12 wherein the video conferencing system displays a name label near the recognized one or more remote video conference participants. 14. The videoconferencing system of claim 12 wherein the video conferencing system displays a name label near the recognized one or more remote video conference participants.