Table 5 Normalized coefficients \(\alpha_{i} { },{ }i = 1, \ldots ,6{ }\) of both E_HV and E_V_H models, in the versions computed by fitting the data (1.a and 2.a). Most coefficients are positive, however their numerical value strongly depends on the model and on the fitted data.
From: A novel methodology for epidemic risk assessment of COVID-19 outbreak
Mobility index | Housing concentr | Healthcare density | Air pollution | Average winter temp | Fraction over 60 | |
|---|---|---|---|---|---|---|
\({\alpha }_{1}\) | \({\alpha }_{2}\) | \({\alpha }_{3}\) | \({\alpha }_{4}\) | \({\alpha }_{5}\) | \({\alpha }_{6}\) | |
E_HV | ||||||
Cases | 0.19650 | 0.29255 | 0.24843 | 0.06419 | 0.34052 | 0.33643 |
Deceased | 0.03966 | 0.32144 | 0.26030 | − 0.18589 | 0.31125 | 0.37612 |
Intensive care | 0.11338 | 0.26399 | 0.06936 | 0.35980 | 0.48352 | 0.28330 |
E_H_V | ||||||
Cases | 0.32702 | 0.32792 | 0.34506 | 0.27325 | 0.47767 | 0.24908 |
Deceased | − 0.10150 | 0.48994 | 0.40856 | 0.16334 | 0.29603 | 0.54063 |
Intensive care | 0.26213 | 0.55156 | 0.18631 | 0.38991 | 0.45037 | 0.15972 |
