Systems and Methods for Sound Event Target Monitor Correlation

1 . A target identification system, the target identification system comprising:

a monitoring device includes:

a location determination circuit operable to identify a time based location of the monitoring device to yield a time based location output;

a controller circuit operable to transmit the time based location output to a central monitoring system;

the central monitoring system operable to:

receive sound event information and the time based location output;

identify a window of time around a sound event time and a region around a sound event location, wherein the sound event time and the sound event location are derived from the sound event information; and

determine whether the time based location output is within both the window of time and the region.

2 . The target identification system of claim 1 , wherein the location determination circuit includes a GPS location circuit.

3 . The target identification system of claim 1 , wherein the location determination circuit includes a earth based location circuit.

4 . The target identification system of claim 1 , wherein the earth based location circuit includes one or more location circuits selected from a group consisting of: an AFLT based location circuit, and a cell tower based location circuit.

5 . The target identification system of claim 1 , wherein the sound event information includes the sound event time and the sound event location.

6 . The target identification system of claim 1 , wherein the sound event information includes: a first time stamp and a first location derived from a first sensor, a second time stamp and a second location derived from a second sensor, and a third time stamp and a third location derived from a third sensor.

7 . The target identification system of claim 6 , wherein the central monitoring system is further operable to triangulate the combination of the first time stamp, the first location, the second time stamp, the second location, the third time stamp, and the third location to calculate the sound event time and the sound event location.

8 . The target identification system of claim 1 , wherein the target monitor device includes a connection device operable to secure the target monitor device to a target.

9 . The target identification system of claim 1 , wherein determining whether the time based location output is within both the window of time and the region result in an indication of a correlation between the target monitor device and a sound event described by the sound event information, and wherein the central monitoring system is further operable to report the correlation.

10 . The target identification system of claim 1 , wherein the sound event information corresponds to a sound event, and wherein the sound event is a gun shot.

11 . A method for identifying a target, the method comprising:

receiving a first time based location output by the central monitoring system, wherein the first time based location is derived from a first monitor device having a first location determination circuit operable to identify a time based location of the first monitor device to yield the first time based location output;

receiving a second time based location output by the central monitoring system, wherein the second time based location is derived from a second monitor device having a second location determination circuit operable to identify a time based location of the second monitor device to yield the second time based location output;

receiving sound event information corresponding to a sound event;

identifying a window of time around a sound event time and a region around a sound event location, wherein the sound event time and the sound event location are derived from the sound event information; and

determining whether the first time based location output is within both the window of time and the region and whether the second time based location output is within both the window of time and the region.

12 . The method of claim 11 , the method further comprising:

securely attaching the first monitor device to a first target;

identifying the first monitor device with the first target; and

identifying the second monitor device with the second target without securely attaching the second monitor device to the second target.

13 . The method of claim 12 , wherein the first monitor device includes a strap to secure the monitor device to a target, and wherein the second monitor device does not include a strap to secure the monitor device to a target.

14 . The method of claim 11 , wherein the sound event information includes the sound event time and the sound event location.

15 . The method of claim 11 , wherein the sound event information includes: a first time stamp and a first location derived from a first sensor, a second time stamp and a second location derived from a second sensor, and a third time stamp and a third location derived from a third sensor.

16 . The method of claim 15 , the method further comprising:

triangulating the combination of the first time stamp, the first location, the second time stamp, the second location, the third time stamp, and the third location to calculate the sound event time and the sound event location.

17 . The method of claim 15 , wherein the first sensor includes a first microphone, the second sensor includes a second microphone, and the third sensor includes a third microphone.

18 . The target identification system of claim 1 , wherein the sound event information corresponds to a sound event, and wherein the sound event is a gun shot.

19 . The method of claim 11 , wherein the location determination circuit includes one or more location circuits selected from a group consisting of: a GPS location circuit, an AFLT based location circuit, and a cell tower based location circuit.

20 . A system for sound event and target correlation, the system comprising:

a first monitor device having: a location determination circuit operable to identify a time based location of the first monitor device to yield the first time based location output, and a strap to secure the monitor device to a target;

the central monitoring system operable to:

receive the first time based location output from the first monitor device;

receive a second time based location output by the central monitoring system, wherein the second time based location is derived from a second monitor device having a location determination circuit operable to identify a time based location of the second monitor device to yield the first time based location output;

receive sound event information corresponding to a sound event;

identify a window of time around a sound event time and a region around a sound event location, wherein the sound event time and the sound event location are derived from the sound event information; and

determine whether the first time based location output is within both the window of time and the region and whether the second time based location output is within both the window of time and the region.