Michael Freeman


Assistant Professor of Technology and Operations Management @ INSEAD


Curriculum vitae


INSEAD


1 Ayer Rajah Avenue
Singapore 138676
Singapore



Can predictive technology help improve acute care operations? Investigating the impact of virtual triage adoption


Status: Under 2nd Round of Review at Operations Research


Jiatao Ding, Michael Freeman, Sameer Hasija
2022 Oct

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APA
Ding, J., Freeman, M., & Hasija, S. (2022, October). Can predictive technology help improve acute care operations? Investigating the impact of virtual triage adoption.

Chicago/Turabian
Ding, Jiatao, Michael Freeman, and Sameer Hasija. “Can Predictive Technology Help Improve Acute Care Operations? Investigating the Impact of Virtual Triage Adoption,” October 2022.

MLA
Ding, Jiatao, et al. Can Predictive Technology Help Improve Acute Care Operations? Investigating the Impact of Virtual Triage Adoption. Oct. 2022.


Abstract

To choose the appropriate resources for their healthcare needs (e.g., primary care (GP) or emergency department (ED)), patients seeking acute care must self-triage based on their own assessment of their symptoms and severity. However, as patients typically lack sufficient medical knowledge, self-triage decisions can often be inaccurate. In response, healthcare and technology companies have been developing and deploying virtual triage tools designed to help patients make better and more efficient self-triage decisions. However, the operational implications of such tools have not yet been assessed. This paper therefore develops a queueing game model to investigate the impact of virtual triage in the acute care setting and policies to maximize its efficacy. We find that, due to its decentralized nature, when virtual triage excessively recommends emergency (primary) care, it could bring about a decrease in ED (GP) visits. Another important finding is that for any arbitrary patient self-triage accuracy, the adoption of informative virtual triage can worsen system performance, even when the virtual triage recommendation is reasonably accurate. To unlock the potential operational benefits of virtual triage, we characterize the optimal virtual triage accuracy subjective to the receiver operating characteristic (ROC) curve. We then investigate how the optimal accuracy changes when patient composition and acute care cost parameters change and as the triage capability of the tool improves.

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