Analysis of interval criteria for determining the end of the transient process in the measuring circuit. - Yury S. Bekhtin; Alexey A. Lupachev; Andrey N. Serov; Andrey V. Kovalenko (MECO, 2018)

Estimating Method of the Spectrum Measurement Error Caused by the ADC Quantization Noiset. - Andrey N. Serov; Nikolay A. Serov; Dmitry A. Chumachenko (EUROCON, 2019)

Comparative Analysis of the Methods for Estimating the Measurement Error of the Amplitude Spectrum Caused by the ADC Nonlinearity. - Andrey N. Serov; Nikolay A. Serov; Ekaterina A. Dolgacheva (EUROCON, 2019)

Application of the Combined Method for the Estimation of the RMS Measurement Error Caused by ADC Nonlinearity. - Andrey N. Serov; Nikolay A. Serov; Vladimir D. Glushnev (MIPRO, 2019)

A Methodology for Frequency-Measurement Characterization Based on Increment of Input Signal Phase. - Andrey N. Serov (MIPRO, 2020)

Comparative Analysis of the Active Power Measurement Methods in Time Domain. - Andrey N. Serov; Alexander A. Shatokhin; Nikolay A. Serov (MIPRO, 2020)

Comparative Analysis of the RMS Measurement Methods Based On the Averaging of the Squares of Samples. - Andrey N. Serov; Nikolay A. Serov; Petr K. Makarychev (RADIOELEKTRONIKA, 2020)

Approximation of ADC Nonlinearity by a Random Function in the Case of Measurement of Electric Power Parameters. - Andrey N. Serov; Alexander A. Shatokhin; Nikolay A. Serov (RADIOELEKTRONIKA, 2020)

Application of the Signal Samples Approximation for Accurate RMS Measurement. - Andrey N. Serov; Alexander A. Shatokhin; Nikolay A. Serov (MIPRO, 2021)

Universal Approach for Estimating the RMS Measurement Error Caused by ADC Nonlinearity. - Andrey N. Serov (RADIOELEKTRONIKA, 2021)

A Technique of Reducing the RMS Measurement Error for the Low-Pass Filtration Method. - Andrey N. Serov; Nikolay A. Serov; Vadim A. Loginov (RADIOELEKTRONIKA, 2021)