Influence of phase noise on coupling diagnostics by the method of phase dynamics modelling using time series of the mathematical model of cardiovascular system Year: 2018, №1CID: e0101Authors: Khorev V.S., Ishbulatov Yu.M., Karavaev A.S., Popova Yu.V., Kiselev A.R., Bezruchko B.P.Article type: Original articleFull text in: RussianDOI: 10.15275/cardioit.2018.0101PDF File: cardio-it-2018-0101.pdf Read more about Influence of phase noise on coupling diagnostics by the method of phase dynamics modelling using time series of the mathematical model of cardiovascular systemРусский
Reconstruction of model of vegetative regulation of vessel tone Year: 2017, №1CID: e0102Authors: Ishbulatov Y.M., Khorev V.S., Galushko T.A., Kiselev A.R.Article type: Short reportFull text in: RussianDOI: 10.15275/cardioit.2017.0102PDF File: cardio-it-2017-0102.pdf Read more about Reconstruction of model of vegetative regulation of vessel toneРусский
Development of interaction analysis methods for the low frequency oscillations in cardiovascular system Year: 2015, №4CID: e0401Authors: Khorev V.S.Article type: Review articleFull text in: RussianDOI: 10.15275/cardioit.2015.0401PDF File: cardio-it-2015-0401.pdf Read more about Development of interaction analysis methods for the low frequency oscillations in cardiovascular system Русский