Examples of using Numerical methods in English and their translations into Hungarian
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Numerical Methods for EOR(5 EC).
Analytical and numerical methods.
Numerical methods of linear algebra.
He also wrote on geometry and numerical methods.
Hence, numerical methods are employed.
They can be solved by algebraic or numerical methods.
Numerical methods of image synthesis.
These equations can be solved by algebraic or numerical methods.
Numerical Methods for Elliptic and Parabolic.
Mathematical modelling, numerical methods and program complexes;
Numerical methods obtain approximate solutions.
Here, the solution is not a function so the numerical methods get very confused.
The numerical methods can offer approximate solutions.
During the 1960s much of Sobolev's research was directed towards numerical methods, in particular to interpolation.
Numerical methods of derivation and integration.
Numerical methods for weather analysis and forecasting.
Our aim is to develop new theoretical and numerical methods and applications to practical problems.
Numerical methods and program development in the field of geometry optimization.
Besides courses in pure mathematics, you study mathematical modeling, numerical methods, programming, and statistics.
Numerical methods, Mathematics III- The basics of work with the systems of analytical and numerical calculations MATLAB are studied in this course.
Research research area applied mathematics; numerical mathematics; numerical methods for differential equations;
Research research area Numerical methods of linear algebra,numerical soilution of dfferential equations, application of fuzzy mathematics, reliable numerical computations.
It supports real and complex numbers, physical units, variables, functions of multiple arguments,graphing and numerical methods….
Research research area Acoustic engineering, noise and vibration control, numerical methods for aoustic design, active noise control, acoustic communication.
Mastering the principles of mathematical modeling, linear programs, differential equations, and numerical methods.
In parallel to this, more and more numerical methods evolved and the Discrete Element Method(DEM) became the most wide-spread technique for modelling agricultural materials in practice[1].
This master offers full coverage of financial disciplines such as asset andderivative pricing numerical methods and programming skills.
Some of his later papers examine numerical methods for factorising polynomials, for solving elliptic partial differential equations, and methods for treating singularities in boundary value problems.