Key result
Wearable devices offer unprecedented opportunities for non-invasive, low-cost monitoring and guiding healthcare, presenting multidisciplinary challenges for computing research.
Why the study?
Wearable devices offer the potential for non-invasive, low-cost monitoring to transform global health, requiring guidance for the expanding multidisciplinary computing research community tackling unprecedented challenges.
Wearable devices present unprecedented opportunities and multidisciplinary challenges for computing research to transform global healthcare delivery.
Wearables may support continuous clinical monitoring; leaves open how computing research can resolve integration challenges for adoption.
Wearable devices offer a promise of immense impact on worldwide global health by offering the potential for non-invasive, constantly vigilant, and low-cost monitoring of individual condition and fundamental advances in guiding healthcare. The urgency of this objective for its individual and societal benefits will attract an expanding community of researchers from backgrounds in nearly every field of computing. This article describes the unprecedented benefits and opportunities for computing research in wearable devices and the multidisciplinary challenges that have not been encountered individually or combined together in previous research. This article is focused on providing guidance to the new community of healthcare in computing researchers who will both create a new field and forge transformative solutions for healthcare delivery to a worldwide population.
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Mahajan et al. (2020) reported a review. Wearable devices was evaluated. Wearable devices offer unprecedented opportunities for non-invasive, low-cost monitoring and guiding healthcare, presenting multidisciplinary challenges for computing research.
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