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

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ID: 110433
2020
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Abstract
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.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.Results show AI4COVID-19 can distinguish among COVID-19 coughs and several types of non-COVID-19 coughs. The accuracy is promising enough to encourage a large-scale collection of labeled cough data to gauge the generalization capability of AI4COVID-19. AI4COVID-19 is not a clinical grade testing tool. Instead, it offers a screening tool deployable anytime, anywhere, by anyone. It can also be a clinical decision assistance tool used to channel clinical-testing and treatment to those who need it the most, thereby saving more lives.
Reference Key
imran2020ai4covid19informatics Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Imran, Ali;Posokhova, Iryna;Qureshi, Haneya N;Masood, Usama;Riaz, Muhammad Sajid;Ali, Kamran;John, Charles N;Hussain, Md Iftikhar;Nabeel, Muhammad;
Journal informatics in medicine unlocked
Year 2020
DOI
10.1016/j.imu.2020.100378
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