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hernandez-vives2022ofdm

Fernando Hernández Vives, Camilo Guillén Soriano, Jorge Luis González Ríos and Jorge Torres Gómez, "OFDM Transmitter Implementation in FPGA for Industry 4.0 Networks," Telemática, vol. 21 (2), April 2022.

Abstract

Industry 4.0 demands new paradigms in modern production factories worldwide, where the supporting communication infrastructure stand for a critical role. Higher transmission capacities with low-latency constraints are such key use-cases for smart factories. Previous research outlines the feasibility of the use of orthogonal frequency division multiplexing (OFDM) modulation as a candidate in the next-generation industrial networks. The modeling and subsequent implementation of these mechanisms in FPGA facilitate the path towards future practical developments of functional communications systems. This paper investigates the hardware design in FPGA for transmissions and the modeling of the wired channel as a twisted copper pair cable using the System Generator simulator. The transmitter design conceives an OFDM modulator and the channel model follows the KHM parameters. The resulting simulation results evidence the feasibility of high-speed digital data transmission.

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Fernando Hernández Vives
Camilo Guillén Soriano
Jorge Luis González Ríos
Jorge Torres Gómez

BibTeX reference

@article{hernandez-vives2022ofdm,
    author = {Hern{\'{a}}ndez Vives, Fernando and Guill{\'{e}}n Soriano, Camilo and Gonz{\'{a}}lez R{\'{i}}os, Jorge Luis and Torres G{\'{o}}mez, Jorge},
    title = {{OFDM Transmitter Implementation in FPGA for Industry 4.0 Networks}},
    address = {Havana, Cuba},
    journal = {Telem{\'{a}}tica},
    issn = {1729-3804},
    publisher = {Havana University of Technology "Jos{\'{e}} Antonio Echeverr{\'{i}}a" (CUJAE)},
    month = {4},
    number = {2},
    volume = {21},
    year = {2022},
   }
   
   

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