Dmitry Sergeevich Kulyabov

Computer Algebra in JULIA

2021-03-01

Using a Template Engine as a Computer Algebra Tool

2021-01-01

Numerical integrating of highly oscillating functions: effective stable algorithms in case of linear phase

2021-01-01

Hybrid modelling of the RED algorithm in the Julia language

2020-12-01

Comparative analysis of machine learning methods by the example of the problem of determining muon decay

2020-12-01

Application of a numerical-analytical approach in the process of modeling differential equations in the Julia language

2020-12-01

The multi-model approach to the study of complex systems using the example of the RED active queue management algorithm

2020-09-01

Hyperbolic numbers as Einstein numbers

2020-05-01

Skin cancer classification computer system development with deep learning

2020-04-01

Languages for modeling the RED active queue management algorithms: Modelica vs. Julia

2020-04-01

One-step Stochastization Methods for Open Systems

2020-01-01

Melanoma Detection Computer System Development with Deep Neural Networks

2020-01-01

Deep Neural Networks for Emotion Recognition

2020-01-01

An Effective Stable Numerical Method for Integrating Highly Oscillating Functions with a Linear Phase

2020-01-01

A Practical Approach to Testing Random Number Generators in Computer Algebra Systems

2020-01-01

A Modular Extension for a Computer Algebra System

2020-01-01

Mathematical model of cavitation under the influence of a single stretching pulse

2019-12-01

A new algorithm used the Chebyshev pseudospectral method to solve the nonlinear second-order Lienard differential equations

2019-11-01

Structural Approach to the Deep Learning Method

2019-09-01

Numerical analysis of eikonal equation

2019-06-01