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Theory and Modern Applications

Table 1 Model parameters and their description

From: A case study of 2019-nCOV cases in Argentina with the real data based on daily cases from March 03, 2020 to March 29, 2021 using classical and fractional derivatives

Parameter

Description

β

Contact rate

η

Relative transmissibility of quarantined infected carrier

p

Rate of transition from C(t) to S(t)

c

Confinement rate

ϵ

Confinement efficacy

γ

Rate of transition from E(t) to Q(t)

q

Rate of exposed individuals becoming quarantined

\(\sigma _{1}\)

Rate of transition from A(t) to Q(t)

\(\sigma _{2}\)

Transition rate from Q(t) to A(t)

\(\sigma _{3}\)

Rate of transition from hospitalized to recovered group

\(r_{1}\)

Fraction of A(t) becoming quarantined humans

\(r_{2}\)

Rate of unquarantined infected humans going to be hospitalized

\(r_{3}\)

Rate of quarantined infected humans moving to unquarantined infected humans

\(r_{4}\)

Rate of quarantined infected humans going to be hospitalized

\(\delta _{a}\)

Rate of 2019-nCOV deaths in unquarantined infected humans

\(\delta _{q}\)

Rate of 2019-nCOV deaths in quarantined infected humans

\(\delta _{h}\)

Rate of 2019-nCOV deaths in hospitalized