Results 11 to 20 of about 25 (25)
Some earlier suggested estimations concerned with the sensitivity of the solu-tions to the initial data random errors are reduced to the form, which is useful for the a priori information account.
V.M. DRAGILEV, L.L. DRAGILEVA
doaj
The outcomes of rational design of semiproducts in process of die forging for the forging of the hemispherical shape are submitted. The approach is realized by a boundary-element solution of a sequence of inverse tasks of metal flow when filling the die ...
A.V. Vovchenko, Yu.N. Reznikov
doaj
The organization of the practical training on the inverse problems for the differential equations
In article it is analyzed forms of the organisation of studies on inverse problems for the differential equations for students of physical and mathematical specialities of high schools.
V S Kornilov
doaj
ON THE INTEGRAL EQUATION OF THE FIRST KIND REDUCTION TO THE EQUATION WITH A DEGENERATE KERNEL
An abstract ill-posed inverse problem reduced to the integral Fredgholm equation of the first kind is considered. The paper is devoted to the semi-heuristic scheme of the a priori predictions destined for the analysis of the reconstruction possibilities ...
V.M. DRAGILEV
doaj
Forming ecological culture of students in teaching inverse problems for the differential equations
In article the attention to formation of ecological culture of students of physical and mathematical specialties of higher education institutions when training in the inverse problems for the differential equations is paid.
V S Kornilov
doaj
Sensitivity and identifiability analysis of COVID-19 pandemic models. [PDF]
Krivorotko OI +3 more
europepmc +1 more source
Stratifications and foliations in phase portraits of gene network models. [PDF]
Golubyatnikov VP +3 more
europepmc +1 more source
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2023
This work is devoted to models of the spread of infections, for example, covid-2019 or other viruses, incl. malware or unwanted information. The purpose of this work is to solve inverse problems for different models at different time intervals using statistics for covid-19 and to find out if AnyDynamics can be used to solve inverse problems.
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This work is devoted to models of the spread of infections, for example, covid-2019 or other viruses, incl. malware or unwanted information. The purpose of this work is to solve inverse problems for different models at different time intervals using statistics for covid-19 and to find out if AnyDynamics can be used to solve inverse problems.
openaire +1 more source

