Publicado

2017-04-01

Límites de velocidad y distancia en la transmisión de información por un enlace óptico de bajo costo con recuperación libre de ruido

Limits of speed and distance in the transmission of information for an optical link of low cost with noise-free recovery

DOI:

https://doi.org/10.15446/dyna.v84n201.59339

Palabras clave:

Fibra óptica, transmisión libre de ruido, códigos QR (es)
Optical fiber, Noise-free transmission, QR codes (en)

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En este trabajo se presentan los resultados de la transmisión de información por una red de fibra óptica convencional de bajo costo. La información a transmitir se almacena en un código de respuesta rápida (código QR) y se analizan los efectos que produce la transmisión sobre el código QR para diferentes valores de la tasa de bits y la longitud de la fibra. Las simulaciones se realizaron con el software para enlaces y dispositivos ópticos VPI photonics. La red óptica implementada no usa dispositivos ópticos costosos tales como fibras dopadas para amplificar, fibras compensadoras de dispersión o algoritmos de corrección de errores. El código QR recibido contiene diferentes tipos de distorsiones generadas por la red de fibra óptica convencional. Los datos transmitidos se analizan usando como parámetros la tasa de error binario y la relación señal a ruido. Los resultados muestran que la información original puede ser recuperada sin ningún tipo de distorsión para distancias y tasas de transmisión considerables, debido a tolerancia al ruido que exhiben los códigos QR.
In this paper we present the results of the information transmission by a conventional fiber optic network of low cost. The information to be transmitted is stored in a quick response code (QR code) and the transmission effects over the QR for different values of the bit rate and fiber length are analyzed. The simulations were performed using the software for optical devices and links VPI photonics. The implemented optical network does not use expensive optical devices such as doped fibers to amplify, dispersion compensating fibers or correction errors algorithms. The received QR code contains different kind of distortions generated by the conventional fiber optic network. The transmitted results are analyzed using the bit error rate and signal noise ratio parameters. The results show that the original information can be recovered without any kind of distortion for considerable distances and transmission rates due to tolerance to noise that exhibit the QR codes.

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[1]
S. A. Montoya-Castro, J. M. Herrera-Duran, y J. F. Barrera-Ramírez, «Límites de velocidad y distancia en la transmisión de información por un enlace óptico de bajo costo con recuperación libre de ruido», DYNA, vol. 84, n.º 201, pp. 234–240, abr. 2017, doi: 10.15446/dyna.v84n201.59339.

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