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Journals

Multidirectional bending sensor using capillary fibers and machine learning for real-time applications

Authors

Vanegas-Tenezaca, E.; Galarza, M.; Dauliat, R.; Jamier, R.; Roy, P.; Lopez-Amo, M.

Journal

   IEEE Sens. J.
   Volume 25
   Issue 8
   Pages 12734 to 12741
   Year 2025

Export Citation to:

BIbTex format
@article{
title={Multidirectional bending sensor using capillary fibers and machine learning for real-time applications},
author={Vanegas-Tenezaca, E. and Galarza, M. and Dauliat, R. and Jamier, R. and Roy, P. and Lopez-Amo, M.},
journal={IEEE Sens. J.},
year={2025},
volume={25},
number={8},
pages={12734-12741},
doi={},
}
RIS format (for Reference Manager, ProCite, EndNote)
TY - JOUR
T1 - Multidirectional bending sensor using capillary fibers and machine learning for real-time applications
AU - Vanegas-Tenezaca, E.
AU - Galarza, M.
AU - Dauliat, R.
AU - Jamier, R.
AU - Roy, P.
AU - Lopez-Amo, M.
TI - IEEE Sens. J.
PY - 2025
VL - 25
M1 - 8
SP - 12734-12741
DO -
ER -
RefWorks format
RT Journal Article
T1 Multidirectional bending sensor using capillary fibers and machine learning for real-time applications
A1 Vanegas-Tenezaca, E.
A1 Galarza, M.
A1 Dauliat, R.
A1 Jamier, R.
A1 Roy, P.
A1 Lopez-Amo, M.
JF IEEE Sens. J.
YR 2025
VO 25
IS 8
SP 12734-12741
DO

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Contact information

Prof. Dr. Manuel López-Amo
Dpto de Ingeniería Eléctrica y Electrónica
Campus Arrosadia
Pamplona
Tel. +34 948 169055
Fax. + 34 948 169720
Contact by E-mail