Low Cost, Low Complexity Sensor Design for Non-Cooperative Geolocation via Received Signal Strength
Date of Award
Master of Science
Department of Electrical and Computer Engineering
Richard K. Martin, PhD.
Obtaining accurate non-cooperative geolocation is vital for persistent surveillance of a hostile emitter. Current research for developing a small, cheap and energy efficient sensor network for non-cooperative geolocation measurements via received signal strength (RSS) is limited. Most existing work focuses on simulating a non-cooperative network (NN) and in doing so, simulated models often ignore localization errors caused from the hardware processing raw RSS data and often model environment-dependent errors as random. By comparing real-time measured non-cooperative geolocation data to a simulated system a more accurate model can be developed. This thesis discusses the development and performance of a small, low cost, low complexity, and energy efficient sensor network that can locate a NN via RSS. The main focus of this research effort is designing a Poor Man's Spectrum Analyzer (PMSA) to locate a wireless device in a non-cooperative network (NN) that is transmitting in the Industrial, Scientific and Medical (ISM) radio band of 2.403 GHz to 2.48 GHz by measuring the emitter's received signal strength (RSS).
DTIC Accession Number
Butler, Michael S., "Low Cost, Low Complexity Sensor Design for Non-Cooperative Geolocation via Received Signal Strength" (2012). Theses and Dissertations. 1088.