[PDF][PDF] A black swan and canard cascades in an SIR infectious disease model
Models of the spread of infectious diseases commonly have to deal with the problem of
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
A black swan and canard cascades in an SIR infectious disease model
A Korobeinikov, E Shchepakina… - Mathematical …, 2019 - pubmed.ncbi.nlm.nih.gov
Models of the spread of infectious diseases commonly have to deal with the problem of
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
Black swan and canard cascades in an SIR infectious disease model
A Korobeinikov, E Shchepakina, V Sobolev - Mathematical Biosciences …, 2020 - elibrary.ru
Models of the spread of infectious diseases commonly have to deal with the problem of
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
[PDF][PDF] A black swan and canard cascades in an SIR infectious disease model
A Korobeinikov, E Shchepakina, V Sobolev - aimspress.com
Models of the spread of infectious diseases commonly have to deal with the problem of
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
A black swan and canard cascades in an SIR infectious disease model.
A Korobeinikov, E Shchepakina… - … and Engineering: MBE, 2019 - europepmc.org
Models of the spread of infectious diseases commonly have to deal with the problem of
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
A black swan and canard cascades in an SIR infectious disease model
A Korobeinikov, E Shchepakina… - Mathematical …, 2020 - aimspress.com
Models of the spread of infectious diseases commonly have to deal with the problem of
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
multiple timescales which naturally occur in the epidemic models. In the most cases, this …
[引用][C] A black swan and canard cascades in an SIR infectious disease model
A Korobeinikov, E Shchepakina, V Sobolev - Mathematical Biosciences …, 2019 - elibrary.ru
A black swan and canard cascades in an SIR infectious disease model КОРЗИНА ПОИСК
НАВИГАТОР ЖУРНАЛЫ КНИГИ ПАТЕНТЫ ПОИСК АВТОРЫ ОРГАНИЗАЦИИ …
НАВИГАТОР ЖУРНАЛЫ КНИГИ ПАТЕНТЫ ПОИСК АВТОРЫ ОРГАНИЗАЦИИ …