Selected article for: "minute tidal volume and tidal volume"

Author: Addison, Anthony P.; Addison, Paul S.; Smit, Philip; Jacquel, Dominique; Borg, Ulf R.
Title: Noncontact Respiratory Monitoring Using Depth Sensing Cameras: A Review of Current Literature
  • Cord-id: 9l4jwo6v
  • Document date: 2021_2_6
  • ID: 9l4jwo6v
    Snippet: There is considerable interest in the noncontact monitoring of patients as it allows for reduced restriction of patients, the avoidance of single-use consumables and less patient–clinician contact and hence the reduction of the spread of disease. A technology that has come to the fore for noncontact respiratory monitoring is that based on depth sensing camera systems. This has great potential for the monitoring of a range of respiratory information including the provision of a respiratory wave
    Document: There is considerable interest in the noncontact monitoring of patients as it allows for reduced restriction of patients, the avoidance of single-use consumables and less patient–clinician contact and hence the reduction of the spread of disease. A technology that has come to the fore for noncontact respiratory monitoring is that based on depth sensing camera systems. This has great potential for the monitoring of a range of respiratory information including the provision of a respiratory waveform, the calculation of respiratory rate and tidal volume (and hence minute volume). Respiratory patterns and apneas can also be observed in the signal. Here we review the ability of this method to provide accurate and clinically useful respiratory information.

    Search related documents:
    Co phrase search for related documents
    • absolute error and accurate monitoring: 1
    • absolute error and long term average: 1, 2, 3, 4, 5
    • absolute error and lung volume: 1, 2