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SM ISO690:2012 DAVYDOVA, Nadezhda, LUKASHEVICH, Dmitry, BYKOV, Dmitry, OSIPOV, Anatoly, MEZHENNAYA, Marina, SEMENIUK, Anna, DAVYDOV, Maksim, VASIUK, Valery. Amplitude-time analysis of biomechanical patterns of human motions. In: Journal of Engineering Sciences, 2020, vol. 27, nr. 3, pp. 168-181. ISSN 2587-3474. DOI: https://doi.org/10.5281/zenodo.3949690 |
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Journal of Engineering Sciences | |||||
Volumul 27, Numărul 3 / 2020 / ISSN 2587-3474 /ISSNe 2587-3482 | |||||
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DOI: https://doi.org/10.5281/zenodo.3949690 | |||||
CZU: 004.9:612.76 | |||||
Pag. 168-181 | |||||
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Biomechanical analysis of motions solves the tasks of efficiency estimation of movement realization, search of technique optimal variants and tactics of motion performance, definition of a degree and reasons of not matching real movement action to optimal one. Today, inertial measurement devices based on microelectromechanical sensors (MEMS) are becoming more and more popular for biomechanical analysis of human motions. The paper describes an algorithm for estimation of the biomechanical pattern of human motions based on amplitude-time analysis of inertial gyroscope signals. The presented algorithm allows to quantitatively estimate spatial, temporal and spatio-temporal parameters of motion, symmetry of left and right limbs motions and reproduction stability of the motion biomechanical pattern. The specific feature of the algorithm is its universality for the study of symmetrical and asymmetrical motions. |
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Cuvinte-cheie biomechanics, motion pattern, inertial gyroscope, digital signal processing, biomecanica, model de mișcare, giroscop inerțial, procesare digitală a semnalului |
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