Mr. Scott Shaw Profile

Scott Shaw

Managing Member at Wishaw Group

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Author

Publications (5)

Proceedings Article | 10 May 2006 Paper

Early attack reaction sensor (EARS), a man-wearable gunshot detection system

Jay Chang, William Mendyk, Lisa Thier, Paul Yun, Andy LaRow, Scott Shaw, William Schoenborn

Proceedings Volume 6201, 62011T (2006) https://doi.org/10.1117/12.665978

KEYWORDS: Ear, Digital signal processing, Personal digital assistants, Sensors, Global Positioning System, Acoustics, Sniper detection, Commercial off the shelf technology, Signal processing, Phased arrays

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Proceedings Article | 5 May 2006 Paper

Autonomous UAV-based mapping of large-scale urban firefights

Stephen Snarski, Karl Scheibner, Scott Shaw, Randy Roberts, Andy LaRow, Eric Breitfeller, Jasper Lupo, Darron Nielson, Bill Judge, Jim Forren

Proceedings Volume 6209, 620905 (2006) https://doi.org/10.1117/12.665310

KEYWORDS: Infrared search and track, Environmental sensing, Rockets, Data acquisition, Infrared imaging, Weapons, Unmanned aerial vehicles, Infrared sensors, Acoustics, Sensors

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This paper describes experimental results from a live-fire data collect designed to demonstrate the ability of IR and acoustic sensing systems to detect and map high-volume gunfire events from tactical UAVs. The data collect supports an exploratory study of the FightSight concept in which an autonomous UAV-based sensor exploitation and decision support capability is being proposed to provide dynamic situational awareness for large-scale battalion-level firefights in cluttered urban environments. FightSight integrates IR imagery, acoustic data, and 3D scene context data with prior time information in a multi-level, multi-step probabilistic-based fusion process to reliably locate and map the array of urban firing events and firepower movements and trends associated with the evolving urban battlefield situation. Described here are sensor results from live-fire experiments involving simultaneous firing of multiple sub/super-sonic weapons (2-AK47, 2-M16, 1 Beretta, 1 Mortar, 1 rocket) with high optical and acoustic clutter at ranges up to 400m. Sensor-shooter-target configurations and clutter were designed to simulate UAV sensing conditions for a high-intensity firefight in an urban environment. Sensor systems evaluated were an IR bullet tracking system by Lawrence Livermore National Laboratory (LLNL) and an acoustic gunshot detection system by Planning Systems, Inc. (PSI). The results demonstrate convincingly the ability for the LLNL and PSI sensor systems to accurately detect, separate, and localize multiple shooters and the associated shot directions during a high-intensity firefight (77 rounds in 5 sec) in a high acoustic and optical clutter environment with very low false alarms. Preliminary fusion processing was also examined that demonstrated an ability to distinguish co-located shooters (shooter density), range to <0.5 m accuracy at 400m, and weapon type. The combined results of the high-intensity firefight data collect and a detailed systems study demonstrate the readiness of the FightSight concept for full system development and integration.

Proceedings Article | 15 September 2004 Paper

Implementing the SECURES urban gunshot detection technology for law enforcement crime intervention strategies

Michael Litch, Scott Shaw

Proceedings Volume 5403, (2004) https://doi.org/10.1117/12.546804

KEYWORDS: Sensors, Digital signal processing, Manufacturing, Acoustics, Computing systems, Firearms, Signal processing, Telecommunications, Receivers, Analog electronics

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Proceedings Article | 22 September 2003 Paper

SECURES: Austin, Texas demonstration results

Glynn Lewis, Scott Shaw, Peter Scharf, Bob Stellingworth

Proceedings Volume 5071, (2003) https://doi.org/10.1117/12.500896

KEYWORDS: Avalanche photodetectors, Sensors, Local area networks, Data processing, Receivers, Antennas, Acoustics, Electro optical sensors, Electro optics, Sensor technology

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Proceedings Article | 14 August 2002 Paper

Urban gunshot and sniper location: technologies and demonstration results

Glynn Lewis, Scott Shaw, Michael Crowe, Clay Cranford, Kevin Torvik, Peter Scharf, Bob Stellingworth

Proceedings Volume 4708, (2002) https://doi.org/10.1117/12.479323

KEYWORDS: Sensors, Analog electronics, Receivers, Avalanche photodetectors, Acoustics, Rockets, Surveillance, Buildings, Firearms, Defense and security

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