WEBCAST VIEWER VERIFICATION METHODS

• US 20110102142A1
• Filed: 11/04/2009
• Published: 05/05/2011
• Est. Priority Date: 11/04/2009
• Status: Abandoned Application

• Current Assignee: Ian J. Widger, Jeremy M. Knight, Steven J. Silves
• Original Assignee: Ian J. Widger, Jeremy M. Knight, Steven J. Silves
• Inventors: WIDGER, IAN J., Silves, Steven J., Knight, Jeremy M.
• Application Number:
  US12/612,628
• Publication Number:
  US 20110102142A1
• Time in Patent Office: Days
• US Class Current: 340/5.83
• CPC Class Codes: G09B 5/06 with both visual and audible presentation of the material to be studied
• CPC Class Codes: H04N 7/18 Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast

Abstract

A system and associated method verify the attendance and/or identity of viewers of audio/video/data streams transmitted over the internet. The system and method captures various types of interaction with the viewers and either takes appropriate action, as configured by a webcast program administrator, or simply logs this interaction to a database where audience attention and identity can be validated at a later date.

Claims

1. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, collectively referred to as ‘

webcasts’

, wherein a viewer is an individual person, the method comprising;

an attendance verification software application that interacts with the viewer by remotely controlling the viewing device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, prompts the user to react using a computer mouse or similar input device;

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

2. The method of claim 1 wherein the webcasting application is programmed to respond to a failure of the viewer to respond to a prompt from the attendance verification software by pausing the in-progress session for a configurable timer period. If the viewer'"'"'s correct response is detected before the configurable timer expires the session is resumed either at the point when it was paused or at some time prior to the point at which it was paused. If the viewer'"'"'s correct response is not detected within the configurable timer period the session is terminated. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

3. The method of claim 1 wherein the webcasting application is programmed to respond to a failure of the viewer to respond to a prompt from the attendance verification software by terminating the session. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

4. The method of claim 1 wherein the webcasting application is not programmed to respond to a failure of the viewer to respond to a prompt from the attendance verification software. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

5. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, collectively referred to as ‘

webcasts’

, wherein a viewer is an individual person, the method comprising;

an attendance verification software application that interacts with the viewer by remotely controlling the viewing device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, challenges the user to answer a question, or set of questions, concerning the previous segment of the session.

an attendance verification database wherein the attendance verification interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

6. The method of claim 5 wherein the webcasting application is programmed to respond to a failure of the viewer to correctly answer a question presented by the attendance verification software by pausing the in-progress session for a configurable timer period. If the viewer'"'"'s correct response is detected before the configurable timer expires the session is resumed either at the point when it was paused or at some time prior to the point at which it was paused. If the viewer'"'"'s correct response is not detected within the configurable timer period the session is terminated. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

7. The method of claim 5 wherein the webcasting application is programmed to respond to a failure of the viewer to correctly answer a question presented by the attendance verification software by terminating the session. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

8. The method of claim 5 wherein the webcasting application is not programmed to respond to a failure of the viewer to correctly answer a question presented by the attendance verification software. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

9. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a viewer is an individual person, the method comprising:

an attendance verification software application that interacts with the viewer by remotely controlling the viewing device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, presents the viewer with randomly generated number, unique to that viewer, and requests the viewer to enter the presented number into a specific field on the screen of the viewing device;

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

10. The method of claim 9 wherein the webcasting application is programmed to respond to a failure of the viewer to correctly enter the random number generated by the attendance verification software by pausing the in-progress session for a configurable timer period. If the viewer'"'"'s correct response is detected before the configurable timer expires the session is resumed either at the point when it was paused or at some time prior to the point at which it was paused. If the viewer'"'"'s correct response is not detected within the configurable timer period the session is terminated. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

11. The method of claim 9 wherein the webcasting application is programmed to respond to a failure of the viewer to correctly enter the random number generated by the attendance verification software within a time period only long enough to allow immediate reaction from the viewer by terminating the session. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

12. The method of claim 9 wherein the webcasting application is not programmed to respond to a failure of the viewer to correctly enter the random number generated by the attendance verification software. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

13. A computer-implemented method for verifying the attention and identity of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a viewer is an individual person, the method comprising:

an attendance verification software application that captures, at random or regular intervals during an audio/video presentation session, still images of the viewer by remotely controlling a camera device located with the viewing device;

an attendance verification database wherein the still images of the viewer are logged, as well as the time and date, the session identifiers, the elapsed time of the session.

14. The method of claim 13 wherein facial recognition software is used to assess the identity of the viewer by comparing each image captured during the session with a certified image of the viewer held for the identity verification purpose. The result of the facial recognition software assessment is logged in the attendance verification database with the captured images of the viewer, the time and date, the session identifiers, the elapsed time of the session.

15. The method of claim 14 wherein the attendance verification software is programmed to respond to a facial recognition assessment of the probability of a positive match between the viewer and the identification image below a configurable confidence threshold by repeating the image capture and facial recognition cycle a configurable number of times. If the positive facial recognition probability confidence threshold is not exceeded during this reactive sequence of attempts the webcasting application will terminate the session. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

16. The method of claim 14 wherein neither the attendance verification software nor the webcasting application are programmed to take any action dependent on the outcome of the activity of the facial recognition software. The attendance verification interaction activity, including the facial recognition software output and the still images, are logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

17. A computer-implemented method for verifying the attention and identity of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a viewer is an individual person, the method comprising:

an attendance verification software application that continuously captures, during an audio/video presentation session, real-time video of the viewer by remotely controlling a camera device located with the viewing device;

an attendance verification database wherein the captured video of the viewer is logged, as well as the start and end times and dates and the associated session identifiers.

19. The methods of claims 17 and 18 wherein the administrator of the audio/video session can view the captured video in real-time to assess the identity and attention of the viewers.

20. The methods of claims 17 and 18 wherein the administrator of the audio/video session can view the captured video at any time after the completion of a session to assess the identity and attention of the viewer of that session.

18. A computer-implemented method for verifying the attention and identity of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a viewer is an individual person, the method comprising:

an attendance verification software application that captures at random intervals, or at regular intervals, during an audio/video presentation session, real-time video of the viewer by remotely controlling a camera device located with the viewing device;

an attendance verification database wherein the captured video of the viewer is logged, as well as the start and end times and dates, the associated session identifiers and the elapsed times of the session at the start and end of the video capture periods.

21. A computer-implemented method for verifying the attention and identity of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a viewer is an individual person, the method comprising:

an attendance verification software application that captures, at random or regular intervals during an audio/video presentation session, voice clips from the viewer by remotely controlling a microphone device located with the viewing device;

an attendance verification database wherein the voice clips of the viewer are logged, as well as the time and date, the session identifiers, the elapsed time of the session.

22. The method of claim 21 wherein voice signature software is used to assess the identity of the viewer by comparing each voice clip captured during the session with a certified voice signature of the viewer held for the identity verification purpose. A certified voice signature is a set of parameters derived from analysis of a reference speech sample known to have been spoken by a specific individual. The result of the voice signature software assessment is logged in the attendance verification database with the recorded voice clips of the viewer, the time and date, the session identifiers, the elapsed time of the session.

23. The method of claim 22 wherein the attendance verification software is programmed to respond to a voice signature assessment of the probability of a positive match between the recorded voice clip of the viewer and the certified voice signature of the viewer below a configurable confidence threshold by repeating the voice clip recording and voice signature assessment a configurable number of times. If the positive voice signature probability confidence threshold is not exceeded during this reactive sequence of attempts the session management software will terminate the session. The attendance verification interaction activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

24. The method of claim 22 wherein neither the attendance verification software nor the webcasting application are programmed to take any action dependent on the outcome of the activity of the voice signature software. The attendance verification interaction activity, including the voice signature software output and the recorded voice clips, are logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

25. A computer-implemented method for verifying the attention and identity of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet wherein a viewer is an individual person, the method comprising:

an attendance verification software application that captures, at random or regular intervals during an audio/video presentation session, biometric readings of the viewer by prompting the viewer to press a fingertip to a fingerprint scanner or look into a retinal or corneal scanner, located with the viewing device, and then receiving the digital output of that biometric reading device;

an attendance verification database wherein the biometric readings of the viewer are stored, as well as the time and date, the session identifiers and the elapsed time of the session at the moment that the biometric reading was taken.

26. The method of claim 25 wherein the captured biometric reading data is processed and compared to a reference biometric reading for the registered individual viewer whose attention and identity requires verification. The result of the biometric reading comparison, identity match ‘

true’

or ‘

false’

, is logged in the attendance verification database with the biometric data and associated data as listed in claim 25.

27. The method of claim 25 wherein the attendance verification software is programmed to respond to a ‘

false’

biometric match result by repeating the biometric reading a configurable number of times. If no ‘

true’

match result can be achieved during this reactive sequence of biometric identity validation attempts the viewer verification application will instruct the webcasting application to terminate the session. The biometric reading activity is logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

28. The method of claim 25 wherein neither the attendance verification software nor the webcasting application are programmed to take any action dependent on the outcome of the activity of the biometric identity verification. The identity verification interaction activity, including the biometric reading output, are logged in the attendance verification database to allow reporting to be generated for the session administrator and to trigger future interaction with the viewer, either automatic or manual, to allow the viewer to take necessary steps to receive the session information at a later date.

29. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a group of viewers, each an individual person, are sharing a single viewing device, the method comprising:

an attendance verification software application that interacts with the viewers by remotely controlling the viewing device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, presents the viewers with a randomly generated number, unique to that viewing device. In order to later verify their attendance the viewers are required to record each number as it appears. Viewers who complete the session and have paid attention throughout have thereby collected a list of random numbers. This list of random numbers is presented by the individual viewer as required after the event to verify their attendance.

30. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a group of viewers, each an individual person, are sharing a single viewing device, the method comprising:

an attendance verification software application that interacts with the viewer by remotely controlling the viewing device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, challenges viewers to indicate their attention by interacting with viewer verification client application on their mobile device;

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

31. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a group of viewers, each an individual person, are sharing a single viewing device, the method comprising:

an attendance verification software application that interacts with the viewer by remotely controlling the viewing device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, presents a randomly generated number, unique to that viewing device, and requests the viewer to enter the presented number into a viewer verification client application on their mobile device;

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

32. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a group of viewers, each an individual person, are sharing a single viewing device, the method comprising:

an attendance verification software application that interacts with the viewer by remotely controlling a viewer verification client application on their mobile device, wherein the attendance verification software application, at random or regular intervals during an audio/video presentation session, challenges the user to answer a question, or set of questions, concerning the previous segment of the session.

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

33. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a group of viewers, each an individual person, are sharing a single viewing device, the method comprising:

an attendance verification software application that captures, at random or regular intervals during an audio/video presentation session, still images of the collected viewers by remotely controlling a camera device located with the viewing device;

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.

34. A computer-implemented method for verifying the attention of viewers attending video and audio presentations delivered remotely over a wide-area telecommunications network such as the internet, wherein a group of viewers, each an individual person, are sharing a single viewing device, the method comprising:

an attendance verification software application that continuously captures, during an audio/video presentation session, real-time video of the viewer by remotely controlling a camera device located with the viewing device;

an attendance verification database wherein the interaction with the viewer is logged, as well as the time and date, the session identifiers and the elapsed time of the session.