27 September 2016 Optical remote sensing and correlation of office equipment functional state and stress levels via power quality disturbances inefficiencies
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Abstract
Non-invasive optical techniques pertaining to the remote sensing of power quality disturbances (PQD) are part of an emerging technology field typically dominated by radio frequency (RF) and invasive-based techniques. Algorithms and methods to analyze and address PQD such as probabilistic neural networks and fully informed particle swarms have been explored in industry and academia. Such methods are tuned to work with RF equipment and electronics in existing power grids. As both commercial and defense assets are heavily power-dependent, understanding electrical transients and failure events using non-invasive detection techniques is crucial. In this paper we correlate power quality empirical models to the observed optical response. We also empirically demonstrate a first-order approach to map household, office and commercial equipment PQD to user functions and stress levels. We employ a physics-based image and signal processing approach, which demonstrates measured non-invasive (remote sensing) techniques to detect and map the base frequency associated with the power source to the various PQD on a calibrated source.
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Oren Sternberg, Oren Sternberg, Valerie R. Bednarski, Valerie R. Bednarski, Israel Perez, Israel Perez, Sara Wheeland, Sara Wheeland, John D. Rockway, John D. Rockway, } "Optical remote sensing and correlation of office equipment functional state and stress levels via power quality disturbances inefficiencies", Proc. SPIE 9971, Applications of Digital Image Processing XXXIX, 99711E (27 September 2016); doi: 10.1117/12.2237770; https://doi.org/10.1117/12.2237770
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