Vol. 15 No. 10 (2023): Emerging Trends in Machine Intelligence and Big Data - 1510
Articles

Strategic Utilization of Big Data and Analytics for Enhancing Public Health Responses to the COVID-19 Pandemic

Hasini Dilani Ranasinghe
Department of Computer Science, University of Sri, Jayewardenepura, Nugegoda 10250, Sri Lanka

Published 2023-10-04

Keywords

  • COVID-19 Pandemic,
  • Big Data Analytics,
  • Public Health Policy,
  • Disease Surveillance,
  • Contact Tracing

How to Cite

Ranasinghe, H. D. (2023). Strategic Utilization of Big Data and Analytics for Enhancing Public Health Responses to the COVID-19 Pandemic. Emerging Trends in Machine Intelligence and Big Data, 15(10), 1–15. Retrieved from https://orientreview.com/index.php/etmibd-journal/article/view/24

Abstract

Public The COVID-19 pandemic has posed unprecedented challenges globally, necessitating the rapid adoption of big data and analytics for informed decision-making and efficient resource management. The utilization of big data in disease surveillance has been instrumental in real-time tracking and predictive analytics to foresee virus spread patterns and potential outbreaks. Big data analytics in contact tracing, through digital applications and network analysis, has accelerated the identification and notification processes of potential infection chains. In health system management, big data has been pivotal in forecasting resource needs and effectively managing healthcare personnel schedules by scrutinizing healthcare utilization data. Public health policies have benefitted from data-driven evaluations, gauging the effectiveness of interventions and their economic implications. The criticality of efficient vaccine distribution has been addressed through optimizing supply chains and tracking vaccinations to ensure the distribution is both effective and safe.
Artificial intelligence has significantly augmented diagnostic and prognostic capabilities, offering substantial aid in early detection and outcome predictions. Big data has also contributed to the tracking of viral mutations via genomic surveillance. In the sphere of research and development, analytics have played a role in drug repurposing and enhancing clinical trial methodologies. Further, big data has illuminated the importance of social determinants in health outcomes, enabling risk factor analysis and ensuring equitable public health measures. Public communication strategies have been refined through sentiment analysis and outreach optimization, relying on big data tools to combat misinformation and optimize messaging. International collaboration has been fortified through shared data analytics, allowing for a unified global response and the assessment of diverse management strategies. However, the integration of big data comes with challenges, including privacy concerns, the necessity for high-quality and accessible data, and the adherence to ethical practices to avoid discrimination and ensure unbiased decision-making.