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Advanced Sciences and Technologies for Security Applications focuses on research monographs in the areas of. The series is intended to give an overview at the highest research level of the frontier of research in the physical sciences.
Read more Read less. From the Back Cover Optical and photonic systems and devices have significant potential for homeland security.
Shilat optronics I electro optical solutions for perimeter security
Advanced Sciences and Technologies for Security Applications focuses on research monographs in the areas of -Recognition and identification including optical imaging, biometrics, authentication, verification, and smart surveillance systems -Biological and chemical threat detection including biosensors, aerosols, materials detection and forensics , and -Secure information systems including encryption, and optical and photonic systems. No customer reviews. The signal processing system monitors activity along the entire perimeter, and includes a realtime display and data archival functions.
The system has been tested at two different locations in the southwestern United States using optical cables buried from less than one foot deep to as much as four feet deep. Several fiber optic cable designs, with different fiber protection schemes and cable armoring, have been tested.
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As might be expected, different burial depths and cable designs yielded different levels of sensor sensitivity, but in general, all tested configurations performed satisfactorily. Many test scenarios were run, including individuals walking and running, digging, and a variety of vehicles both on-road and off-road.
Bioterrorism: mathematical modeling applications in homeland security
In one of the walking test scenarios, an individual started at the buried cable and walked perpendicular to the cable. When he reached the end point, he stomped his foot ten times to mark the end of the test.
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The cadence of the walker lowers in frequency as the walker slowed down near the end of the test. The fiber optic system is capable of transforming a standard, single-mode optical fiber in a cable into a sensitive seismic sensor. The achieved sensitivities and detection capabilities are in line with the requirements for trip wire border monitoring and homeland security applications.
This work was done by C. Journal of the Royal Society Interface 4 13 , , IEEE transactions on medical imaging 27 12 , , Three-dimensional identification of biological microorganism using integral imaging B Javidi, I Moon, S Yeom Optics express 14 25 , , Three-dimensional identification of stem cells by computational holographic imaging I Moon, B Javidi Journal of the Royal Society Interface 4 13 , ,