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Enhanced Transmission Efficiency of Multimode Optic Fiber for Long Distance Data Transmission Using Fuzzy Controller

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  • Uchechi

    (Enugu State University of Science and Technology, Nigeria)

  • Ekeh J.

    (Enugu State University of Science and Technology)

  • Chidiebere U.

    (Destinet Smart Technologies, Enugu State, Nigeria)

Abstract

The high rate of delay in multimode optic fiber transmission efficiency has agitated to introduction of enhanced transmission efficiency of multimode optic fiber for long distance data transmission using fuzzy controller. It is done in this manner, characterizing the network understudy, evaluating the causes of low transmission in multimode optic fiber from the characterized data, designing a multimode optic fiber rule base that will eradicate the causes of low transmission in multimode like congestion and designing a SIMULINK model for enhanced transmission efficiency of multimode optic fiber for long distance data transmission using fuzzy controller. The results obtained after its extensive simulation are the lowest conventional bit error rate occurred in 10seconds and it is 0.000020 while when fuzzy controller is imbibed in the system it is 0.000001913. With these results it shows that when fuzzy controller is introduced in the system the efficacy of multimode transmission enhanced, the lowest conventional congestion is 1.76 while that when fuzzy logic controller is inculcated in the system is 1.683. With these obtained results, it indicates that when fuzzy controller is incorporated in the system the transmission efficiency of multimode optic fiber increased and the highest conventional throughput is 8 while the throughput when fuzzy controller is embedded in the system is 8.748.The higher throughput observed when fuzzy controller is applied in the system increased the transmission efficiency of multimode optic fiber.

Suggested Citation

  • Uchechi & Ekeh J. & Chidiebere U., 2021. "Enhanced Transmission Efficiency of Multimode Optic Fiber for Long Distance Data Transmission Using Fuzzy Controller," International Journal of Research and Innovation in Applied Science, International Journal of Research and Innovation in Applied Science (IJRIAS), vol. 6(12), pages 33-38, December.
    • Handle: RePEc:bjf:journl:v:6:y:2021:i:12:p:33-38
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