Wearable technology a competitive advantage in sports training

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Lorena Hernández Hernández
María Camila Barrera Cortés
Ávila Barón Ávila Barón
Téllez Tinjacá Téllez Tinjacá
Henry Alfonso Guío Ávila

Abstract

This document contains an overview of wearable technology and the origin, related topics, and authors of the main publications on this topic related to this century. It is important to say that wearable or wearable technology is also known as “wearables” in the English language and refers to the incorporation of microprocessors, sensors and transducers in the elements that dress us daily, which acts as computers that always go with The user and that is capable of being used in a defined space to continuously interact with the user, wearable technology can be defined as electronic devices capable of being incorporated into the body of a person, in order to obtain information continuously. The objective of this document is to know the evolution and state of the art of this new technology, to apply it to new research findings and the creation of wearable devices. The disciplinary union between different areas of knowledge obtains with this document a clear starting point for the development of research topics, in the particular case of interest, focused on devices applied to sport, for the analysis of the strength, flexibility and speed of Lower limbs of the athlete, generating sports tests that relate numerical data, for the subsequent analysis, interpretation and generation of conclusive results. Electronic engineering performs all the transformation from analog to electrical data, which defines a design of wearables that are adaptable for physical activity. In the field of programming, systems engineering is important for the conversion of sensor data and the presentation of this data in a way that people can understand. This new technology allows the generation of a great variety of data, but at the same time it integrates multiple disciplines. With the knowledge of physical culture, the complex issues that surround the human body when developing a physical activity and the correct way of interpreting the results are tested, on wearable elements that can be designed from technology.

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How to Cite
Hernández, L. H., Barrera Cortés, M. C., Ávila Barón, Ávila B., Téllez Tinjacá, T. T., & Guío Ávila, H. A. (2020). Wearable technology a competitive advantage in sports training. Ingenio Magno, 11(1), 98-111. Retrieved from http://revistas.ustatunja.edu.co/index.php/ingeniomagno/article/view/2053
Section
Artículos Vol. 11-1
Author Biographies

Lorena Hernández Hernández

Universidad Santo Tomás

María Camila Barrera Cortés

Universidad Santo Tomás

Ávila Barón Ávila Barón

Universidad Santo Tomás

Téllez Tinjacá Téllez Tinjacá

Universidad Santo Tomás.

Henry Alfonso Guío Ávila

Universidad Santo Tomás

References

Villar, I. L. (2014-2015). Dispositivos inteligentes en el deporte. ¿Éxito o fracaso?. Monográfico.

Publidex: https://scienti.minciencias.gov.co/publindex/#/revistasPublindex/buscador

SCOPUS: https://www.scopus.com/home.uri

SCIMAGO: https://www.scimagojr.com/journalrank.php?category=2204&area=2200&year=2018

Web of Science https://url2.cl/EVzdq

Steve Mann, Hal Niedzviecki (Nov 2001), Cyborg: Digital Destiny and Human Possibility in the Age of the Wearable Computer.

Simancas González, E. y Moreno Mateo-Sidrón, N. M. (2017): Estudio prospectivo en spaña: la tecnología wearable en el ámbito empresarial. Posibilidades como herramienta de comunicación, Icono 14, volumen 15 (2), pp. 220-243. doi: 10.7195/ ri14.v15i2.108.

wearables, D. (2014). Dispositivos wearables. Obtenido de http://www.dispositivoswearables.net.

Zamorano, E. (29 de agosto de 2013). FayerWayer. Obtenido de El largo camino de la computación vestible para llegar a las masas: https://www.fayerwayer.com/2013/08/ellargo-camino-de-la-c omputacion-vestiblepara-llegar-a-las-masas/

Mobile Robot Using an Adaptable Fuzzy Control on a Digital Signal Processor, BAÁvila - 2006 - Tesis de Maestría Universidad Nacional de Colombia.

Bernal Suárez, W., & Fagua Fagua, A. (2015). Prototipo adquisición y filtrado digital de señales para fonocardiografía. Ciencia, Innovación y Tecnología, Volumen 2, pg 17-2.

Alfonso-Mora, Margareth Lorena; Ávila- Barón, Adolfo, Cambios cinemáticos de la marcha en pacientes con artrosis de rodilla con diferentes descargas de peso, Revista Ciencias de la Salud, vol. 12, núm. 3, -, 2014, pp. 319-329, Universidad del Rosario Bogotá, Colombia.

Chía SL, Hormaza, M, Vélez C, Vidarte J, (2012). Determinantes sociales de la salud y discapacidad, Tunja 2012. Artículo de investigación. Archivos de medicina. Volumen 14-1 pg. 51-63.

MR. Reina, SLC Chía, DM Ávila, Automatización residencial un desafío profesional para el monitoreo de personas en condición de discapacidad visual, Ingenio Magno 10-2, pg 50-64.