Zumazhanova, S.S., Sulavko, A.E., Ponomarev, D.B., Pasenchuk, V.A. Statistical approach for subject's state identification by face and neck thermograms with small training sample // IFAC-PapersOnLine. - Vol. 52. - Issue 25 (2019) 46–51
Жумажанова С.С., Сулавко А.Е., Ложников П.С. Оптимизация искусственных нейронных сетей в задачах обработки графической информации для идентификации психофизиологических состояний субъекта // Вопросы защиты информации. – 2020. - №3. – С. 40-47.
Epifantsev B.N., Zhumazhanova S.S. On the effect of the shape of a flaw on its detectability against noise background // Russian Journal of Nondestructive Testing. 2017. Т. 53. № 1. P. 62-70
Informativeness Assessment of the Thermal Pattern Features of the Face and Neck Region in the Tasks of Recognition of the Subject’s Changed State
Zhumazhanova S.S., Pasenchuk V.A., Lukin D.V., Vishnyakov D.D., Belgorodtsev A.A. Informativeness assessment of the thermal pattern features of the face and neck region in the tasks of recognition of the subjects changed state // В сборнике: International Conference of Young Specialists on Micro/Nanotechnologies and Electron Devices, EDM. 2019. С. 97-101
Анализ термограмм лица и шеи для распознавания состояния сонливости пользователей на основе классификатора Байеса
Жумажанова С.С., Сулавко А.Е., Лукин Д.В. Анализ термограмм лица и шеи для распознавания состояния сонливости пользователей на основе классификатора Байеса // Вопросы защиты информации. – 2020. - №2. – С. 24-30
About the possibilities of subjects changed state identification on face thermograms after exposure of different external stimuli: analysis of identification feature space and key tasks determination
Zhumazhanova S.S. About the possibilities of subjects changed state identification on face thermograms after exposure of different external stimuli: analysis of identification feature space and key tasks determination // В сборнике: Актуальные проблемы электронного приборостроения АПЭП-2018. Proceedings XIV International scientifictecnical conference. 2018. P. 121-129
Human psychophysiological state recognition based on analysis of thermograms of face and neck regions