$CR\left(t\right)$	cumulative number of reported infectious symptomatic cases at time t
$CU\left(t\right)$	cumulative number of unreported infectious symptomatic cases at time t
$DR\left(t\right)$	daily number of reported infectious symptomatic cases at time t
$f\left(t\right)$	time-variable fraction of asymptomatic infectious cases who become reported symptomatic infectious cases
$f_0$	initial fraction of asymptomatic infectious cases who become reported symptomatic infectious cases
$f_{max}$	second value of fraction of asymptomatic infectious cases who become reported symptomatic infectious cases
$f_{max2}$	third value of fraction of asymptomatic infectious cases who become reported symptomatic infectious cases
$I\left(t\right)$	number of asymptomatic infectious individuals at time t
I0	asymptomatic infectious individuals at initial time $t_0$
$N$	time in days of application of the first public health intervention that changes the transmission rate
$N_2$	time in days of application of the second public health intervention that changes the transmission rate
$N_f$	time in days for application of the first public health intervention that changes the fraction of asymptomatic infectious cases that become reported symptomatic infectious cases
$N_{f2}$	time in days for application of the second public health intervention that changes the fraction of asymptomatic infectious cases that become reported symptomatic infectious cases
$NP$	total number of parameters in the estimation algorithm
$M$	total number of measured data used in the estimation
R(t)	number of reported symptomatic infectious individuals at time t
R0	reported symptomatic infectious individuals at initial time $t_0$
P	vector of parameters under estimation (P1, P2, …, PNP)
$S\left(t\right)$	number of individuals susceptible to infection at time t
S0	number of individuals susceptible to infection at initial time $t_0$
$t$	time variable, in days
$t_0$	beginning date of the epidemic, in days
$U\left(t\right)$	number of unreported symptomatic infectious individuals at time t
U0	unreported symptomatic infectious individuals at initial time $t_0$
Y	vector of measured data (Ym at time tm, m = 1, …, M)
Greek Symbols
1/η	average time in days that the symptomatic infectious cases remain with symptoms
1/ν	average time in days that the asymptomatic infectious cases remain asymptomatic
ν1	rate at which asymptomatic infectious cases become reported symptomatic infectious cases
ν2	rate at which asymptomatic infectious cases become unreported symptomatic infectious cases
$\mu$	argument of the $\tau \left(t\right)$ function
${\mu }_2$	argument of the $\tau \left(t\right)$ function
${\mu }_f$	argument of the f(t) function
${\mu }_{f2}$	argument of the f(t) function
$\pi \left(\mathrm{Y}\right)$	marginal probability density
$\pi \left(\mathrm{Y}|\mathrm{P}\right)$	likelihood function
${\pi }_{posterior}$	posterior probability density
${\pi }_{prior}$	prior probability density
$\tau \left(t\right)$	time-variable transmission rate
${\tau }_0$	initial amplitude of the τ(t) function
${\chi }_1$	fitting parameter in the early exponential phase of the epidemy, Equation (7a)
${\chi }_2$	fitting parameter in the early exponential phase of the epidemy, Equation (7a)
${\chi }_3$	fitting parameter in the early exponential phase of the epidemy, Equation (7a)