Concept of Operations for CBRN Wireless Sensor Networks
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Authors
Nelson, Robert
Subjects
Wireless sensor networks
CBRN detection
concept of operations
hazardous materials
joint operations
emergency response
notifications
chemical warfare agents
toxic industrial chemicals
early warning
CBRN detection
concept of operations
hazardous materials
joint operations
emergency response
notifications
chemical warfare agents
toxic industrial chemicals
early warning
Advisors
Bergin, Richard
Date of Issue
2012-03
Date
Mar-12
Publisher
Monterey, California. Naval Postgraduate School
Language
Abstract
Wireless sensor detection is readily accessible, easily deployable, and usable technology that provides public-safety personnel with an early-warning and identification tool in the event of a Chemical Biological Radiological Nuclear (CBRN) incident. This is accomplished by incorporating wireless sensor detection capability into the Los Angeles Fire Departments (LAFD) hazardous-materials operations. Due to the relative ease of use and low cost of deployment, it makes sense that the LAFD employ wireless technology, capitalizing on the advantages. The question regarding CBRN wireless sensor network capability is whether this technology is suitable, reliable, user friendly, and quickly deployable. Furthermore, will this technology provide critical early warning, detection, and subsequent notification in real time The goal of this thesis is to determine CBRN wireless sensor detection capability in terms of reliability, deployment, early warning, and notification. The objective is to outline a concept of operations document providing the need structure for incorporating wireless sensor detection capability into public-safety operations. Through field deployments and exercises using sensor detectors, standardized equipment, and software, the LAFD will have better access to early detection and notification of CBRN material releases. The end result means a more efficient, cost-effective tool that readily detects hazardous products, providing an early warning capability.
Type
Thesis
Description
Series/Report No
Department
Security Studies
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Distribution Statement
Approved for public release; distribution is unlimited.
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Copyright is reserved by the copyright owner.