MINIMIZING GUNSHOT DETECTION FALSE POSITIVES
This invention is a gunshot detection device that provides very reliable inside and outside real-time situational awareness of gunshot events, while reducing Gunshot Detection False Positives and Negatives.
1 . A system for detecting a gunshot comprising:
a library of sound waveforms in digital format corresponding to actual gunshots;
a device for capturing acoustic data that is potentially sound emanating from an actual gunshot;
circuitry configured to receive electrical signals and to generate digital signals comprising digital data which corresponds to the received acoustic signals;
a processor including non-transitory, computer-readable medium comprising computer-executable instructions for comparing the received acoustic signals to the library of sound waveforms in digital format corresponding to actual gunshots, the computer-executable instructions, when executed, are configured to cause at least one computer processor to compare the data in said received acoustic signals to the data in each of said sounds waveforms stored in said library at an ultrasonic range in excess of 20 kHz,
whereby the comparison of such data is used to identify an actual gunshot and distinguish it from that of a sound burst that is not an actual gunshot.
2 . A method for detecting a gunshot, comprising:
building a library of sound waveforms in digital format corresponding to actual gunshots;
providing a device for capturing acoustic data that is potentially sound emanating from an actual gunshot;
providing circuitry configured to receive electrical signals and to generate digital signals comprising digital data which corresponds to the received acoustic signals
providing a processor including non-transitory, computer-readable medium comprising computer-executable instructions for comparing the received acoustic signals to one or more of the library of sound waveforms in digital format corresponding to actual gunshots, the computer-executable instructions, when executed, being configured to cause at least one computer processor to compare the data in said received acoustic signals to the data in at least of said sounds waveforms stored in said library at an ultrasonic range in excess of 20 kHz so as to establish a match,
whereby the comparison of such data is used to identify an actual gunshot and distinguish it from that of a sound burst that is not an actual gunshot by matching the data of the received signal to the data of that of one of the library of sound waveforms.