. 2021 Aug 9;124:90–102. doi: 10.1016/j.isatra.2021.08.008

Table 4.

Parameters of the models.

$n^{c}$	26.567.000	People with chronic diseases

$n^{65}$	1.517.000	People age over 65 without chronic diseases

$n^{20}$	25.573.000	People age under 20

$n^{w h}$	29.497.000	Remaining people under curfews

$n^{s u}$	26.048.000	Number of the school and university students

$k_{i}$	$23 / 02 / 2020$ $k_{i} = 1$	First COVID-19 casualty has been seen

$k_{i}^{c}$ and $k_{n}^{c}$	$21 / 03 / 2020 - 01 / 06 / 2020$ $k_{i}^{c} = 28$ $k_{n}^{c} = 100$	Start and end dates of the curfews for the people with chronic diseases and their corresponding day numbers

$k_{i}^{65}$ and $k_{n}^{65}$	$21 / 03 / 2020 - 01 / 06 / 2020$ $k_{i}^{65} = 28$ $k_{n}^{65} = 100$	Start and end dates of the curfews for the people age over 65 and their corresponding day numbers

$k_{i}^{20}$ and $k_{n}^{20}$	$03 / 04 / 2020 - 01 / 06 / 2020$ $k_{i}^{20} = 41$ $k_{n}^{20} = 100$	Start and end dates of the curfews for the people age under 20 and their corresponding day numbers

$k_{i}^{s u}$ and $k_{n}^{s u}$	$16 / 03 / 2020$ – cont. $k_{i}^{s u} = 23$ $k_{n}^{s u} = 197$	Closure and re-opening dates of the schools and universities closures and their corresponding day numbers

$k_{i}^{w h}$ and $k_{n}^{w h}$	$10 / 04 / 2020 - 12 / 04 / 2020$ $k_{i}^{w h} = 48$ $k_{n}^{w h} = 49$ $17 / 04 / 2020 - - 19 / 04 / 2020$ $k_{i}^{w h} = 55$ $k_{n}^{w h} = 56$ $23 / 04 / 2020 - 26 / 04 / 2020$ $k_{i}^{w h} = 61$ $k_{n}^{w h} = 63$ $01 / 05 / 2020 - 03 / 05 / 2020$ $k_{i}^{w h} = 69$ $k_{n}^{w h} = 70$ $08 / 05 / 2020 - 10 / 05 / 2020$ $k_{i}^{w h} = 76$ $k_{n}^{w h} = 77$ $16 / 05 / 2020 - - 19 / 05 / 2020$ $k_{i}^{w h} = 84$ $k_{n}^{w h} = 86$ $29 / 05 / 2020 - 31 / 05 / 2020$ $k_{i}^{w h} = 97$ $k_{n}^{w h} = 98$	Start and end dates of the curfews on the weekend and holidays