Iloiloga o le JLT Optical Communication pepa, Ianuari 2022. Vaega 1

Feso'ota'iga alava mata
Irene Estebanez et al. mai le Institute of Physics and Complex Systems i Sepania na faʻaaogaina le Extreme Learning Machine (ELM) algorithm e toe faʻaleleia ai faʻamatalaga na maua o le fiber transmission system, e pei ona faʻaalia i le Ata 1. O suʻesuʻega faʻataʻitaʻiga o loʻo faʻatinoina i le 100km optical fiber transmission system e faʻaaoga ai le 56GBand fa-tulaga faʻasolosolo amplitude faʻapipiʻi (PAM-4) ma faʻamaonia saʻo. Na faʻaalia e le au suʻesuʻe le faʻatuai o le faʻaagaaga algorithm (TDRC) e fai ma faʻatusatusaga, ma faʻamaonia ai o le faʻaaogaina o le ELM algorithm e mafai ona faʻafaigofieina le faʻaogaina o le polokalama, faʻaitiitia le faʻatapulaʻaina o le saoasaoa o le komepiuta e mafua mai i le tuai o le taimi, ma e toetoe lava tutusa le faʻaogaina o le faʻatinoga e pei o le faʻaaogaina o le TDRC. ]. E lagolagoina e le polokalame le decoding e aunoa ma se mea sese pe a sili atu le fua o le faailoilo-i-piso (OSNR) nai lo le 31dB, ma e sili atu le faʻatinoina o mea sese nai lo le faʻaogaina o le KK o loʻo faʻatinoina e le faʻaogaina o faʻailoga numera (DSP).