Models describing the degradation of functional parameters of electronic devices based on the Weibull-Gnedenko distributionBorovikov, S. M.,
Shneiderov, E. N.,
Burak, I. A.,
Боровиков, С. М.,
Шнейдеров, Е. Н.,
Бурак, И. А. prediction errors for samples of
electronic devices smaller, than the errors after using the degradation
FEATURES OF DESIGN AND ADAPTATION OF APPLICATIONS FOR MOBILE DEVICESIn the modern world, devasis, gadgets and other wearable
electronics are increasingly popular
Validation of semi-automatic device UA-704 for self-measurement of blood pressureValidation of semi-automatic
device UA-704 for self-measurement of blood pressure
Validation of TM-2655/2655P oscillometric device for blood pressure measurementValidation of TM-2655/2655P oscillometric
device for blood pressure measurement
Validation of UA-767 plus device for self-measurement of blood pressureValidation of UA-767 plus
device for self-measurement of blood pressure
Models describing the degradation of functional parameters of electronic devices based on the Weibull–Gnedenko distributionBorovikov, S. M.,
Shneiderov, E. N.,
Burak, I. A.,
Боровиков, С. М.,
Шнейдеров, Е. Н.,
Бурак, И. А. prediction errors for samples of
electronic devices smaller, than the errors after using the degradation
Modeling of thermal transport in electronic nano-devices using methods of molecular dynamicsModeling of thermal transport in
electronic nano-
devices using methods of molecular dynamics
Методы обеспечения теплового режима электронных средств of
electronic devices is essential because overheating is detrimental to the efficiency and reliability