Asignación dinámica de espectro en redes inalámbricas de nueva generación: una aproximación al estado del arte

Jorge Edison  Mora Arroyo; Héctor Julián  Parra Mogollón

doi:10.22490/25394088.5590

Vol. 15 No. 4 (2021): Número Especial

Published 2021-11-20

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Article

Dynamic spectrum allocation in new generation wireless networks: an approach to the state of the art

DOI: https://doi.org/10.22490/25394088.5590

Jorge Edison Mora Arroyo

Héctor Julián Parra Mogollón

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Abstract
References

La contradicción entre la prevista escasez del espectro electromagnético disponible, y la subutilización de los canales de frecuencia asignados, requieren un cambio de paradigma del anacrónico modelo de acceso estático; hacia un modelo de acceso al espectro dinámico, flexible y de alta eficiencia. Con base en lo anterior, en este trabajo de investigación se presenta un estudio y análisis detallado de las diferentes técnicas de acceso dinámico al espectro (DSA, Dymamic Spectrum Access), reconociendo su enorme potencial para mejorar el uso de recursos radio en redes inalámbricas de nueva generación (NGWN, New Generation Wireless Networks) como 5G, Small Cells, redes ultradensas y redes heterogéneas. Se ha establecido que mediante el uso de DSA, la necesidad de espectro para el despliegue de miles de millones de dispositivos de Internet de las Cosas (IoT, Internet of Things) pilar de las comunicaciones 5G se puede reducir drásticamente, debido a la posibilidad de reúso o reciclaje de canales de comunicación libres o licenciados, explotándolos bien sea de manera oportunista y/o simultánea.

keywords: DSA, NGWN, 5G, IoT

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Mora Arroyo, J. E. ., & Parra Mogollón, H. J. . (2021). Dynamic spectrum allocation in new generation wireless networks: an approach to the state of the art. Publicaciones E Investigación, 15(4). https://doi.org/10.22490/25394088.5590

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