Publications [#280479] of David J. Brady
- Hao, Q; Brady, DJ; Guenther, BD; Burchett, JB; Shankar, M; Feller, S, Human tracking with wireless distributed pyroelectric sensors,
Ieee Sensors Journal, vol. 6 no. 6
pp. 1683-1695, Institute of Electrical and Electronics Engineers (IEEE), ISSN 1530-437X [JSEN.2006.884562], [doi]
(last updated on 2019/11/18)
This paper presents a wireless pyroelectric sensor system, composed of sensing modules (slaves), a synchronization and error rejection module (master), and a data fusion module (host), to perform human tracking. The computation workload distribution among slave, master, and host is investigated. The performances and costs of different signal-processing and target-tracking algorithms are discussed. A prototype system is described containing pyroelectric sensor modules that are able to detect the angular displacement of a moving thermal target. Fresnel lens arrays are used to modulate the sensor field of view. The sensor system has been used to track a single human target. © 2006 IEEE.
Pyroelectricity;Signal processing;Algorithms;Software prototyping;Arrays;Computation theory;Numerical methods;