Table 1.
Singapore: Realtime dengue incidence forecast error comparison.
Table 2.
Taiwan: Realtime dengue incidence forecast error comparison.
Table 3.
Thailand: Realtime dengue incidence forecast error comparison.
Table 4.
Brazil: Realtime dengue incidence forecast error comparison.
Table 5.
Mexico: Realtime dengue incidence forecast error comparison.
Table 6.
Dengue: Peak value forecast error comparison.
Table 7.
Dengue: Peak time forecast error comparison.
Fig 1.
Dengue incidence forecast for Singapore.
Comparison of real-time forecasts of dengue case counts with the actual values and real-time dengue forecast error (actual—predicted values) over several years for Singapore. The x-axis indicates the months starting and ending with the dates indicated.
Table 8.
USA: Realtime ILI incidence forecast error comparison.
Table 9.
ILI: Peak value and peak week forecast error comparison.
Table 10.
USA: Multi-week ahead ILI incidence forecast error comparison.
Fig 2.
ILI incidence forecast for USA.
Comparison of real-time forecasts of ILI case counts with the actual values and real-time ILI forecast error (actual—predicted values) for USA. The x-axis indicates the weeks starting and ending with the dates indicated.
Fig 3.
ILI incidence multi-week ahead forecast for USA.
Comparison of one-week, two-week, and three-week ahead forecasts of ILI case counts with the actual values and ILI forecast error (actual—predicted values) over several years for USA. The x-axis indicates the weeks starting and ending with the dates indicated.
Table 11.
ILI: Uncertainty quantification of ARLR method’s nowcast (one-week ahead forecast) using revised (backfilled) ILI data for 3 different forecast weeks.
Table 12.
Historical ILI: Uncertainty quantification of ARLR method’s nowcast (one-week ahead forecast) using historical (without backfill) ILI data for 3 different forecast weeks.
Fig 4.
ILI: Comparison of forecast skills for forecasts using backfilled and real-time data.
Comparison of forecast skills using backfilled and real-time data for nowcast, two-week, three-week, and four-week ahead forecasts.