Disaggregated water sensing from a single, pressure-based sensor: An extended analysis of HydroSense using staged experiments

@article{Larson2012DisaggregatedWS,
  title={Disaggregated water sensing from a single, pressure-based sensor: An extended analysis of HydroSense using staged experiments},
  author={Eric C. Larson and Jon Froehlich and Tim Campbell and Conor Haggerty and Les E. Atlas and James Fogarty and Shwetak N. Patel},
  journal={Pervasive and Mobile Computing},
  year={2012},
  volume={8},
  pages={82-102}
}
We present an extended analysis of our previous work on the HydroSense technology, which is a low-cost and easily installed single-point sensor of pressure for automatically disaggregating water usage activities in the home (Froehlich et al., 2009 [53]). We expand upon this work by providing a survey of existing and emerging water disaggregation techniques, a more comprehensive description of the theory of operation behind our approach, and an expanded analysis section that includes hot versus… CONTINUE READING
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Residential End Uses of Water

P. W. Mayer, W. B. DeOreo, +3 authors J. O. Nelson
AmericanWaterWorks Association, Denver, Colo • 1999
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