ERGONOMIC DESIGN OF CUSTOMIZED LOWER LIMB PROSTHESES USING ARTIFICIAL INTELLIGENCE

NEFI DAVID PAVA CHIPOL; LUIS HECTOR HERNANDEZ GOMEZ; JUAN ALFONSO BELTRAN FERNANDEZ; JOEL FRANCISCO PAVA CHIPOL; PABLO MORENO GARIBALDI

doi:https://doi.org/10.6036/8663

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ERGONOMIC DESIGN OF CUSTOMIZED LOWER LIMB PROSTHESES USING ARTIFICIAL INTELLIGENCE

JANUARY 2018 - Volume: 93 - Pages: 20

DOI:

https://doi.org/10.6036/8663

Authors:

NEFI DAVID PAVA CHIPOL -

LUIS HECTOR HERNANDEZ GOMEZ

- JUAN ALFONSO BELTRAN FERNANDEZ - JOEL FRANCISCO PAVA CHIPOL - PABLO MORENO GARIBALDI

Disciplines:

INFORMATION TECHNOLOGY AND KNOWLEDGE (INTELIGENCIA ARTIFICIAL Y SIMULACION )

Downloads: 35

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Key words:: Prótesis transfemoral, prótesis modular, redes neuronales artificiales, marcha, manufactura, Transfemoral prosthesis, modular prosthesis, artificial neural networks, gait, manufacture.
Article type:: NOTA TECNICA / TECHNICAL NOTE
Section:: TECHNICAL NOTE

Based on World Health Organization (WHO) statistics, it is estimated that 82% of lower limb amputations are related to vascular disease. In addition, only one in 10 amputees is rehabilitated, and only 30% of those who have suffered an amputation have a proper functioning prosthetic limb. One of the consequences of poor performance is that prostheses do not fully fit the person and do not meet ergonomic requirements. Moreover, they are not adapted to physical needs. Occasionally, the gait cycle with an inadequate prosthesis is painful and abnormal.

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