Through-Wall Surveillance for Locating Individuals Within Buildings: Final Scientific and Technical Report

• NCJ Number: 228898
• Author(s): Ivan Cowie
• Date Published: August 2008
• Length: 17 pages
• Grant Number(s): 2006-IJ-CX-K026
• Agencies: NIJ-Sponsored
• Publication Type: Report (Study/Research)
• Award: Through Wall Surveillance For Locating Individuals Within Buildings

Annotation

This report presents data on a acoustic-sonar based motion sensor.

Abstract

Law Enforcement personnel need a portable device that is able to sense individuals moving within buildings. Existing Ultra Wide Band (UWB) Radio-Wave radar technology cannot penetrate solid metal walls. Therefore, continuing the work from the study of sound through walls, Time Domain Corporation (TDC) developed an acoustic-sonar based motion sensor platform, which is able to sense motion of individuals through walls, including those made of metal. Adding TDC's previously developed UWB mono-static motion-sensing radar, which is based on TDC's existing radio hardware/software P210 device, enhanced this platform by being able to work through otherwise acoustically dead, non-metallic walls. The fusion of these two technologies provides sensing coverage that was previously unavailable than from either one alone. As a result of the new fused system, it should be possible to detect individuals in hiding behind walls or in shipping containers lessening the exposure of Law Enforcement personnel to danger. 9 figures, appendix, and 1 reference (Author Abstract)