Vol. 30 No. 1 (2025)

Software Support for the Higher Mathematics Course at the Technical University: Part 2. Practical examples of basic function analysis

Oleksii Viktorovych Bogdanov, Yurii Pavlovych Butsenko, Olena Ivanivna Balina, Iryna Srhiivna Bezklubenko

This paper explores the integration of Scilab software into the higher mathematics curriculum for engineering students, focusing on enhancing the understanding and…

#Educational technology #Hybrid learning #Electronic learning #Engineering education

p. 328241.1-328241.7

10.20535/2523-4455.mea.328241

Marx Generator Model for Corona Discharge in Air

Andrii Viktorovych Melnyk, Oleh Mykolaiovych Bevza, Anatolii Ivanovych Kuzmichiev

To calculate the parameters of the Marx generator, such as the voltage at the generator output, the values of the circuit elements and, if necessary, the number of…

#corona discharge #Marx generator #high voltage #ionisation

p. 324599.1-324599.8

10.20535/2523-4455.mea.324599

Measurement of Noise in Electronic Devices by the Fourier Transform Method

Ivan V. Padalka, Ihor Stepanovyh Virt

The paper considers and analyzes the method of measuring the noise characteristics of electronic circuits and devices based on data collection by a digital oscilloscope…

#electronic devices #resistors #spectral analysis #Fourier transformation

p. 314855.1-314855.11

10.20535/2523-4455.mea.314855

Prediction of the Time Distribution of Shannon and Renyi Entropy Based on the Theory of Moments

Iehor V. Sedliarov, Kateryna Serhiivna Klen

The application of the theory of moments to distributed generation systems for the construction of a reducing and predicting polynomial of the time distribution of…

#distributed generation systems #Shannon entropy #Renyi entropy #fractal dimension

p. 320821.1-320821.8

10.20535/2523-4455.mea.320821

Articles

Software Support for the Higher Mathematics Course at the Technical University: Part 2. Practical examples of basic function analysis

Marx Generator Model for Corona Discharge in Air

Measurement of Noise in Electronic Devices by the Fourier Transform Method

Prediction of the Time Distribution of Shannon and Renyi Entropy Based on the Theory of Moments