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A.Danilov (INM RAS), A.Yurova (MSU), V.Kramarenko (MIPT). Patient-specific models with high resolution for bioimpedance measurements.
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A.Cherevko, A.Chupahin (Lavrentyev Institute of Hydrodynamics SB RAS), A.Yanchenko (NSU). Computer modelling of arterial aneurysm stenting.
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D.Nushtaev (MAI, TESIS), S.Zhavoronok (MAI). Simulation of coronary stents opening.
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T.Gamilov, S.Simakov (MIPT), Yu. Ivanov (INM RAS). Mathematical modelling of methods of blood flow intensification.
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S.Simakov, N.Gorodnova (MIPT), A.Chupahin, A.Che (Lavrentyev Institute of Hydrodynamics SB RAS). Mathematical modelling of efficiency of arterio-venous malformation embolization.
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N.Pertcev (OBIM SB RAS). Development of tuberculosis spread model based on differential equations with lag.
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A. Bratus (MSU), V.Posvyanskii (MIIT), A.Novozhilov (University of Dakota). Application of theory of replicator systems in space to real biological objects.
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O.Lulyakin, D.Sarancha (CC RAS). Study of animal population number dynamics using methods of specific modelling.
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Ya.Bazaikin (Sobolev Institute of Mathematics SB RAS), A.Che, A.Cherevko, A.Chupahin (Lavrentyev Institute of Hydrodynamics SB RAS). Persistent homologies: data analysis and applications in hemodynamics.
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A.Barlykova, A.Cherevko, A.Chupahin (Lavrentyev Institute of Hydrodynamics SB RAS). Travelling waves in 1D model of hemodynamics.
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A.Mihailova (NSU), A.Cherevko, A.Chupahin (Lavrentyev Institute of Hydrodynamics SB RAS). Hemodynamic model construction using experimental data: inverse problem.
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E.Pogorelova (MIPT, CTP PHP RAS), A.Lobanov (MIPT, MSAWT). About modelling of platelet-derived thrombus growth taking into account shift-caused diffusion.
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A. Rukhlenko, K.Zlobina, G.Guria (MIPT, HSC MH RF). Liminal activation of gelatinization processes in intensive blood flow. Theoretical analysis.
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A.Kursanov, N.Vikulova,L.Kacnelson (IIP URAS), O.Solovieva, V.Marhasin (IIP URAS, UFU). Model of electric and mechanic function of heart muscle 1D fiber.
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D. Konyagin (NVIDIA). Accelerators of computing based on GPU. From revolution to evolution.
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S.Kovalenko (FSCC FMBA), A.Bratus (MSU). Survival rate problem in distributed mathematical model of glioma therapy.
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K.Zapolskii, Yu.Admiralskii, A.Bratus (MSU). Modelling of healthy and diseased cells space agglomeration using hybrid method of cellular automaton.
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A.Kazennov, D.Podgornii, A.Alekseenko, Ya.Kholodov (MIPT). Albumin-albuminous multigrid docking using fast Fourier transformation in space of spherical functions.
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L.Daniel (Massachusetts Institute of Technology). Model order reduction and uncertainty quantification for complex biomedical systems.