Adc 2.2 [2002]
Windows desktop program for recording and analysing medical signals (ECG, rheogram, breath). Supports ADUC and Rudnev-Shilaev ADC converters. Developed with MSVC MFC C++ for Moscow State University
Windows desktop program for recording and analysing medical signals (ECG, rheogram, breath). Supports ADUC and Rudnev-Shilaev ADC converters. Developed with MSVC MFC C++ for Moscow State University
Peptide model [2001] 
3D video model of peptide movement in MS-DOS environment.
3D video model of peptide movement in MS-DOS environment.
ActiveWaves [2000]
Modeling of different wave processes in biological tissues. This model takes into account refractory period and conductivity of each cell in the area, creating a video of active wave distribution inside tissue in 2D
Modeling of different wave processes in biological tissues. This model takes into account refractory period and conductivity of each cell in the area, creating a video of active wave distribution inside tissue in 2D
Population model [1999]
Population model (generates chart graphical output based on input parameters)
Population model (generates chart graphical output based on input parameters)
CellGrowth [1999]
Modeling of cell culture growth (generates chart graphical output based on input parameters)
Modeling of cell culture growth (generates chart graphical output based on input parameters)
EnzymeModel [1999]
Modeling of chemical processes with enzymes (generates chart graphical output based on input parameters)
Modeling of chemical processes with enzymes (generates chart graphical output based on input parameters)
MusculiTest [1999]
Тест на знание анатомии мышц на латинском языке. Готовился для студентов Московской Медицинской Академии
Тест на знание анатомии мышц на латинском языке. Готовился для студентов Московской Медицинской Академии
Worms Model 4.1 [1998]
Graphical population modeling system on 2D surface. This is a detailed model of population dynamics that I created. Each individual in population is modeled completely separately, creating a virtual world of population, while each individial is moving in the world.
Graphical population modeling system on 2D surface. This is a detailed model of population dynamics that I created. Each individual in population is modeled completely separately, creating a virtual world of population, while each individial is moving in the world.