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Analysis of human gait balance based on plantar pressure sensors
Hao Li
This study presents a comprehensive analysis of human gait balance using plantar pressure sensors
Ensembling rules in automatic analysis of pressure on plantar surface in children with pes planovalgus
Derlatka, M., Ihnatouski, M., Jalbrzykowski, M., Lashkovski, V., Minarowski, L.
Ensembling rules in automatic analysis of pressure on plantar surface in children with pes
The effect of body positions on foot types: Considering body weight
Akambase J.A., Kokoreva T.V., Gurova O.A., Akambase J.A.
Plantar pressure
Structure-property relationships in graphene-based strain and pressure sensors for potential artificial intelligence applications
Luo, Z., Hu, X., Tian, X., Luo, C., Xu, H., Zhang, J., Qiao, F., Wu, X., Borisenko, V. E., Chu, J., Борисенко, В. Е.
electronics. Strain and pressure sensors, one of the most popular research directions in recent years
DEVELOPMENT OF PASSIVE PRESSURE SENSOR DESIGN FOR WIRELESS REMOTE CONTROL SYSTEM IN CAR TIRES
Smetanin E.A.
The article deals with the design of a capacitive pressure sensor. Remote control is an urgent task
Non-invasive arterial pressure monitoring by a new pneumatic sensor and on-line analysis of pulse waveforms for a modern medical home care systems
Antsiperov V.
of discussion. The results of developing non-invasive arterial pressure monitoring channel on the basis
An artificial neural network and a combined capacitive sensor for measuring the void fraction independent of temperature and pressure changes for a two-phase homogeneous fluid
Mohammad Mayet A., Ilyinichna G.E., Fouladinia F., Sh.Daoud M., Thafasal Ijyas V.P., Kumar Shukla N., Sayeeduddin Habeeb M., H. Alhashim H.
conducted for the implemented sensor in different temperature ranges (275–370 K) and pressure ranges (1
An artificial neural network and a combined capacitive sensor for measuring the void fraction independent of temperature an d pressure change s for a two-phase homogeneous fluid
Mayet A.M., Gorelkina E.I., Fouladinia F., ShDaou Mohammad, Thafasal Ijyas V.P., Shukla N.K., Sayeeduddin Habeeb Mohammed, Alhashim H.H.
conducted for the implemented sensor in different temperature ranges (275 to 370 Kelvin) and pressure ranges
Yttrium nanoparticle hydrogen gas sensors
Stepanov A., Reinhodt A., Kreibig U.
. It was found that the reaction at low hydrogen pressures (∼10 -3 Pa) leads to the formation of YH 2 dihydride
Development of design features of nano sensors for oil industry
Vorobiev A.E., Chzhan L.Ts., Vorobiev K.A.
. The design of Nano Sensors for pressure, temperature and chemical composition of the studied fluids

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