P. G. Dolya
Docent (associate professor) of department of theoretical and applied computer science , phd for industries
Documents
- Introduction to computer modeling of natural phenomena in COMSOL Multiphysics (special course)
- Test tasks
- Dolya P.G. Fundamentals of Modeling in COMSOL Multiphysics. Chapters 1 -3 (PDF, UKR, 14.46 Mb, 529 p.)1. Getting started at COMSOL Multiphysics. 2. Visualization and data processing. 3. Classical problems of mathematical physics.
- Dolya P.G. Fundamentals of Modeling in COMSOL Multiphysics. Chapters 4-8 (PDF, UKR, 16.2 Mb, 649 p.)Chapter 4. Algebraic and differential equations. Chapter 5. Boundary value problems for differential equations. Chapter 6. Functions. Chapter 7. Parameters and variables. Chapter 8. Complex quantities.
- Using the Python programming language in scientific research (special course)
- Using MATLAB
- Discrete mathematics (lecture course)
- Dolya P.G. Analytical methods of geometric modeling (special course)
- Examples of using
- PscFunctions_Package.zip.Unpack. The resulting three files copy to the 'lib' directory of the Maple installation directory. Explanation of examples and help on the package are given in English.
- Lecture notes
- Chapter 4. Implicit equations of curves and surfaces. (PDF, 2.9 Мb, Ukr, 87 p.)
- Examples of using
- Numerical Methods
- Computer math (special course)
- Fundamentals of mathematical calculations in the MATHEMATICA system (special course)
- Dolya P.G. Mathematical methods of image processing (special course, 203 p.)
- Доля П.Г. Mathematical methods of computed tomography (special course)
- Fundamentals of mathematical modeling and computational experiment (special course)
- Work with MAPLE
- C ++ Programming
- Java Programming
