Please use this identifier to cite or link to this item: http://hdl.handle.net/10397/101326

Urban big data analytics for COVID-19 risk prediction and control

Prof. Shi and his team have developed a series of extended Weighted Kernel Density Estimation (E-WKDE) models for short-term prediction of COVID-19 symptom onset risk. Compared with most existing COVID-19 risk predictions focusing on confirmed cases, the models can advance the prediction of COVID-19 transmission trend for 4 to 5 days. They were used for evaluating the contribution of the Wuhan lockdown to reducing the onset risk in the rest of China; developing a risk-based vaccine distribution scheme for Hong Kong; studying the transmissibility of different SARS-CoV-2 variants; and evaluating the efficacy of anti-epidemic measures worldwide. Based on the E-WKDE model predictions, the team had submitted over 40 reports to the Hong Kong Government as references for evaluating COVID-19 control measures since early 2020.


Other Title
  • FCE Impact Case Studies 2023 EP7
Publisher:
  • Hong Kong Polytechnic University
Issue Date:
  • 2023-09
Duration:
  • 0:04:12
Language:
  • In English, with English and Chinese subtitles
Rights:
  • All rights reserved
Subjects:
  • COVID-19 (Disease) -- Data processing
  • Artificial intelligence -- Medical applications
  • Cities and towns -- Data processing
  • Big data
Researcher and Publications

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