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The systematic retrieval of near surface soil moisture (SSM) fields at high resolution (e.g., 0.1–1.0 km) is a challenging task that requires the exploitation of new retrieval algorithms and SAR data with advanced observational capabilities (in terms of spatial/temporal resolution, radiometric accuracy, very large swath, long-term continuity and rapid data dissemination). The launch of the Sentinel-1...
Studies have shown that effective physician-patient communication can result in improved health outcomes. Wearable health monitors, which are steadily growing in adoption, may help to improve this communication. In this paper we report the findings of a survey conducted among physicians, in which we assessed their views on the potential integration of wearables into patient care. Our analysis suggests...
BackgroundAnesthetic depth is an important parameter to monitor during surgery, yet remains difficult to quantify, particularly in young children where developmental changes influence the electroencephalogram. A more fundamental physiological response to stimulation is the increase in cerebral blood flow secondary to increased metabolic demand, referred to as flow–metabolism coupling (FMC) and measurable...
BackgroundElectroencephalogram (EEG) based depth of anesthesia algorithms developed in the adult population have not demonstrated the same reliability when applied to infants. This may be due to frequency changes occurring in the EEG during development. Amplitude‐integrated EEG (aEEG) is based primarily in the time domain and hence may have greater utility in infants.
ObjectiveTo investigate the...
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