articleInformatics in Medicine UnlockedJan 1, 2020GOLD OA

AI4COVID-19: AI enabled preliminary diagnosis for COVID-19 from cough samples via an app

AIAli ImranIPIryna PosokhovaHNHaneya N. QureshiUMUsama MasoodMSMuhammad Sajid Riaz

RealNetworks (United States) · ICF International (United States) · +4 more institutions

PubMed
Indexed inarxivcrossrefdoajpubmed

Abstract

Background

The inability to test at scale has become humanity's Achille's heel in the ongoing war against the COVID-19 pandemic. A scalable screening tool would be a game changer. Building on the prior work on cough-based diagnosis of respiratory diseases, we propose, develop and test an Artificial Intelligence (AI)-powered screening solution for COVID-19 infection that is deployable via a smartphone app. The app, named AI4COVID-19 records and sends three 3-s cough sounds to an AI engine running in the cloud, and returns a result within 2 min.

Methods

Cough is a symptom of over thirty non-COVID-19 related medical conditions. This makes the diagnosis of a COVID-19 infection by cough alone an extremely challenging multidisciplinary problem. We address this problem by investigating the distinctness of pathomorphological alterations in the respiratory system induced by COVID-19 infection when compared to other respiratory infections. To overcome the COVID-19 cough training data shortage we exploit transfer learning. To reduce the misdiagnosis risk stemming from the complex dimensionality of the problem, we leverage a multi-pronged mediator centered risk-averse AI architecture.

Citation impact

477
total citations
FWCI
45.34
Percentile
100%
References
32
Citations per year

Authors

9
  • AI
    Ali Imran

    RealNetworks (United States), ICF International (United States), University of Oklahoma

  • IP
    Iryna Posokhova

    Kharkiv National Medical University, ICF International (United States)

  • HN
    Haneya N. Qureshi

    University of Oklahoma, RealNetworks (United States)

  • UM
    Usama Masood

    University of Oklahoma, RealNetworks (United States)

  • MS
    Muhammad Sajid Riaz

    RealNetworks (United States), University of Oklahoma

Topics & keywords

Keywords
  • Generalization
  • Data collection
  • Clinical Practice
  • Decision aids
  • Channel (broadcasting)
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