Publications by authors named "D M I Montgomery"

Binocular vision requires that the brain integrate information coming from each eye. These images are combined (fused) to generate a meaningful composite image. Differences between images, within a range, provide useful information about depth (stereopsis).

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Article Synopsis
  • The inhalation-exhalation (I:E) ratio is a key indicator of respiratory health, and this study explores a non-contact method using a depth sensing camera to measure it.
  • Healthy volunteers produced a range of I:E ratios, and the data was collected and analyzed in real-time, leading to accurate measurements similar to traditional spirometry.
  • This non-contact approach could be a valuable tool for ongoing monitoring of respiratory conditions like COPD and asthma, allowing clinicians to track patient status without requiring physical devices.
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There are conflicting proposals about the underlying structure of the theory of mind (ToM) construct. The lack of clarity impedes attempts to understand relationships between ToM and other cognitive abilities. This study investigated the nature of the ToM construct and its relation to cognitive variables by administering a battery of ToM measurements along with measurements of executive function and general vocabulary to 207 (  = 19.

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The gold standard for enterovirus (EV) detection is the polymerase chain reaction based on the detection of the 5' untranslated region of the virus. Correct detection of EV is crucial for patient and public health purposes. The performance of diagnostic and public health laboratories on molecular EV-detection was analyzed using data from the external quality assessment program distributed by Quality Control for Molecular Diagnostics (QCMD) between 2005 and 2022.

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Study Objectives: A non-intrusive sleep monitoring technology based on the data from a commercially available depth sensing camera has been utilized for respiratory monitoring and shown to have good performance in assessing respiratory rates across a range of rates. This non-contact, or , technology allows continuous respiratory monitoring without attaching probes to the patient. We have noticed a strikingly similar morphology between the touchless flow signal (NCM) and the flow signal derived using the chest and abdomen respiratory inductance plethysmography (RIP) bands.

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