METHOD AND SYSTEM FOR OPTIMAL BALANCE AND SPATIAL CONSISTENCY

• US 20120314060A1
• Filed: 06/18/2012
• Published: 12/13/2012
• Est. Priority Date: 04/30/2007
• Status: Active Grant

• Current Assignee: Cisco Technology, Inc. (Cisco Systems, Inc.)
• Original Assignee: Cisco Technology, Inc. (Cisco Systems, Inc.)
• Inventors: Hubenthal, Michael B., Triplicane, Vijayaraghavan R., Baldino, Brian J.
• Granted Patent: US 8,704,867 B2
• Time in Patent Office: Days
• US Class Current: 348/135
• CPC Class Codes: H04N 7/15 Conference systems
• CPC Class Codes: H04N 7/181 for receiving images from a plurality of remote sources

Abstract

A method for assigning video signals includes receiving a plurality of video signals from a plurality of cameras located at one or more remote sites, the plurality of video signals for display on a plurality of monitors at a local site. The method includes determining an optimal monitor for displaying a first video signal associated with a first camera based on the location and alignment of the first camera in relation to one or more of the plurality of cameras. The method includes calculating a respective difference between a number of video signals assigned to the optimal monitor and a respective number of video signals assigned to each respective monitor of the plurality of monitors. The method further includes assigning the first video signal to the optimal monitor if the respective difference is not greater than a threshold value with respect to each of the plurality of monitors.

Claims

1-19. -19. (canceled)

20. A computer-implemented method for assigning video signals, comprising:

receiving, at an interface, a plurality of video signals from a plurality of cameras located at one or more remote sites, the plurality of video signals for display on a plurality of monitors at a local site;

determining, at one or more processors, a first position for displaying on one of the plurality of monitors a first video signal relative to one or more other video signals of the plurality of video signals;

wherein the first video signal is associated with a first camera of the plurality of cameras;

wherein the one or more other video signals are associated with one or more other cameras of the plurality of cameras;

wherein the first position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras; and

a number of the plurality of video signals relative to a number of the plurality of monitors; and

displaying the first video signal at the first position on one of the plurality of monitors.

21. The method of claim 20, further comprising:

receiving a new video signal from a new camera located at a remote site;

in response to receiving the new video signal, determining a new position for displaying on one of the plurality of monitors the first video signal;

wherein the new position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras and the new camera; and

a number of the plurality of video signals and the new video signal relative to the number of the plurality of monitors; and

displaying the first video signal at the new position on one of the plurality of monitors.

22. The method of claim 20, further comprising:

terminating receipt of a second video signal of the plurality of video signals from a second camera of the plurality of cameras;

in response to termination of receipt of the second video signal, determining a new position for displaying on one of the plurality of monitors the first video signal;

wherein the new position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras other than the second camera; and

a number of the plurality of video signals other than the second video signal relative to the number of the plurality of monitors; and

displaying the first video signal at the new position on one of the plurality of monitors.

23. The method of claim 20, further comprising:

determining that a particular monitor of the plurality of monitors has more than one video signal assigned thereto;

in response to determining that a particular monitor of the plurality of monitors has more than one video signal assigned thereto, selecting a video signal of the more than one video signal assigned to the monitor; and

displaying the selected video signal.

24. The method of claim 22, wherein selecting a video signal of the more than one video signal assigned to the monitor comprises selecting the video signal having the highest audio level of the more than one video signal.

25. A system for assigning video signals, comprising:

an interface operable to receive a plurality of video signals from a plurality of cameras located at one or more remote sites;

a plurality of monitors at a local site, the plurality of monitors operable to display one or more of the plurality of video signals; and

one or more processors coupled to the interface and operable to;

determine a first position for displaying on one of the plurality of monitors a first video signal relative to one or more other video signals of the plurality of video signals;

wherein the first video signal is associated with a first camera of the plurality of cameras;

wherein the one or more other video signals are associated with one or more other cameras of the plurality of cameras;

wherein the first position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras; and

a number of the plurality of video signals relative to a number of the plurality of monitors; and

display the first video signal at the first position on one of the plurality of monitors.

26. The system of claim 25:

wherein the interface is operable to receive a new video signal from a new camera located at a remote site; and

wherein the one or more processors are operable to;

in response to receiving the new video signal, determine a new position for displaying on one of the plurality of monitors the first video signal;

wherein the new position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras and the new camera; and

a number of the plurality of video signals and the new video signal relative to the number of the plurality of monitors; and

display the first video signal at the new position on one of the plurality of monitors.

27. The system of claim 25:

wherein the interface is operable to terminate receipt of a second video signal of the plurality of video signals from a second camera of the plurality of cameras;

wherein the one or more processors are operable to;

in response to termination of receipt of the second video signal, determine a new position for displaying on one of the plurality of monitors the first video signal;

wherein the new position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras other than the second camera; and

a number of the plurality of video signals other than the second video signal relative to the number of the plurality of monitors; and

display the first video signal at the new position on one of the plurality of monitors.

28. The system of claim 25, wherein the one or more processors are further operable to:

determine that a particular monitor of the plurality of monitors has more than one video signal assigned thereto;

in response to determining that a particular monitor of the plurality of monitors has more than one video signal assigned thereto, select a video signal of the more than one video signal assigned to the monitor; and

display the selected video signal.

29. The system of claim 28, wherein the one or more processors operable to select a video signal of the more than one video signal assigned to the monitor comprises one or more processors operable to select the video signal having the highest audio level of the more than one video signal.

30. Logic encoded in non-transitory computer readable medium, the logic comprising code operable to:

receive a plurality of video signals from a plurality of cameras located at one or more remote sites, the plurality of video signals for display on a plurality of monitors at a local site;

determine a first position for displaying on one of the plurality of monitors a first video signal relative to one or more other video signals of the plurality of video signals;

wherein the first video signal is associated with a first camera of the plurality of cameras;

wherein the one or more other video signals are associated with one or more other cameras of the plurality of cameras;

wherein the first position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras; and

a number of the plurality of video signals relative to a number of the plurality of monitors; and

display the first video signal at the first position on one of the plurality of monitors.

31. The medium of claim 30, wherein the code is further operable to:

receive a new video signal from a new camera located at a remote site;

in response to receiving the new video signal, determine a new position for displaying on one of the plurality of monitors the first video signal;

wherein the new position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras and the new camera; and

a number of the plurality of video signals and the new video signal relative to the number of the plurality of monitors; and

display the first video signal at the new position on one of the plurality of monitors.

32. The medium of claim 30, wherein the code is further operable to:

terminate receipt of a second video signal of the plurality of video signals from a second camera of the plurality of cameras;

in response to termination of receipt of the second video signal, determine a new position for displaying on one of the plurality of monitors the first video signal;

wherein the new position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras other than the second camera; and

a number of the plurality of video signals other than the second video signal relative to the number of the plurality of monitors; and

display the first video signal at the new position on one of the plurality of monitors.

33. The medium of claim 30, wherein the code is further operable to:

determine that a particular monitor of the plurality of monitors has more than one video signal assigned thereto;

in response to determining that a particular monitor of the plurality of monitors has more than one video signal assigned thereto, select a video signal of the more than one video signal assigned to the monitor; and

display the selected video signal.

34. The medium of claim 33, wherein code operable to select a video signal of the more than one video signal assigned to the monitor comprises code operable to select the video signal having the highest audio level of the more than one video signal.

35. A system for assigning video signals, comprising:

means for receiving, at an interface, a plurality of video signals from a plurality of cameras located at one or more remote sites, the plurality of video signals for display on a plurality of monitors at a local site;

means for determining, at one or more processors, a first position for displaying on one of the plurality of monitors a first video signal relative to one or more other video signals of the plurality of video signals;

wherein the first video signal is associated with a first camera of the plurality of cameras;

wherein the one or more other video signals are associated with one or more other cameras of the plurality of cameras;

wherein the first position is determined based on;

the location and alignment of the first camera relative to the one or more other cameras; and

a number of the plurality of video signals relative to a number of the plurality of monitors; and

means for displaying the first video signal at the first position on one of the plurality of monitors.