I-AI ivumela izingxenye ze-optoelectronic ukuxhumana nge-laser

I-AI inika amandlaizingxenye ze-optoelectronicukuxhumana nge-laser

Emkhakheni wokukhiqiza izingxenye ze-optoelectronic, ubuhlakani bokwenziwa busetshenziswa kabanzi, okuhlanganisa: ukwakheka kokulungiswa kwesakhiwo sezingxenye ze-optoelectronic ezifanaama-laser, ukulawula ukusebenza kanye nokuchaza okunembile okuhlobene nokubikezela. Isibonelo, ukwakheka kwezingxenye ze-optoelectronic kudinga inani elikhulu lemisebenzi yokulingisa ethatha isikhathi ukuthola amapharamitha okuklama afanele, umjikelezo wokuklama mude, ubunzima bokuklama bukhulu, futhi ukusetshenziswa kwama-algorithms obuhlakani bokwenziwa kunganciphisa kakhulu isikhathi sokulingisa ngesikhathi senqubo yokuklama idivayisi, kuthuthukise ukusebenza kahle kokuklama kanye nokusebenza kwedivayisi, ngo-2023, uPu et al. baphakamise uhlelo lokumodela lwama-laser e-fiber avaliwe ngemodi ye-femtosecond besebenzisa amanethiwekhi e-neural aphindaphindayo. Ngaphezu kwalokho, ubuchwepheshe bobuhlakani bokwenziwa bungasiza futhi ekulawuleni ukulawulwa kwepharamitha yokusebenza kwezingxenye ze-optoelectronic, kuthuthukise ukusebenza kwamandla okukhipha, ubude be-wavelength, ukuma kwe-pulse, ukuqina kwe-beam, isigaba kanye ne-polarization ngokusebenzisa ama-algorithms okufunda komshini, futhi kukhuthaze ukusetshenziswa kwezingxenye ze-optoelectronic ezithuthukisiwe emikhakheni ye-optical micromanipulation, i-laser micromachining kanye nokuxhumana kwe-space optical.

Ubuchwepheshe bobuhlakani bokwenziwa busetshenziswa futhi ekuchazeni okunembile kanye nokubikezela ukusebenza kwezingxenye ze-optoelectronic. Ngokuhlaziya izici zokusebenza zezingxenye nokufunda inani elikhulu ledatha, izinguquko zokusebenza zezingxenye ze-optoelectronic zingabikezelwa ngaphansi kwezimo ezahlukene. Lobu buchwepheshe bubaluleke kakhulu ekusetshenzisweni kokuvumela izingxenye ze-optoelectronic. Izici ze-birefringence zama-laser e-fiber avaliwe ngemodi zichazwa ngokusekelwe ekufundeni komshini kanye nokumelwa okuncane ekulingiseni kwezinombolo. Ngokusebenzisa i-algorithm yokusesha okuncane ukuhlola, izici ze-birefringence zeama-laser efayibhaziyahlukaniswa futhi uhlelo luyalungiswa.

Emkhakheni we-ukuxhumana nge-laser, ubuchwepheshe bobuhlakani bokwenziwa buhlanganisa kakhulu ubuchwepheshe bokulawula obuhlakaniphile, ukuphathwa kwenethiwekhi kanye nokulawulwa kwemisebe. Ngokuphathelene nobuchwepheshe bokulawula obuhlakaniphile, ukusebenza kwe-laser kungalungiswa ngokusebenzisa ama-algorithms ahlakaniphile, futhi isixhumanisi sokuxhumana kwe-laser singalungiswa, njengokulungisa amandla okukhipha, ubude be-wavelength kanye nesimo se-pulse se-i-laser kanye nokukhetha indlela yokudlulisa efanele, okuthuthukisa kakhulu ukuthembeka nokuzinza kokuxhumana nge-laser. Ngokuphathelene nokuphathwa kwenethiwekhi, ukusebenza kahle kokudlulisa idatha kanye nokuzinza kwenethiwekhi kungathuthukiswa ngokusebenzisa ama-algorithms obuhlakani bokwenziwa, isibonelo, ngokuhlaziya ithrafikhi yenethiwekhi kanye namaphethini okusetshenziswa ukubikezela nokuphatha izinkinga zokuminyana kwenethiwekhi; Ngaphezu kwalokho, ubuchwepheshe bobuhlakani bokwenziwa bungenza imisebenzi ebalulekile njengokwabiwa kwezinsiza, umzila, ukutholwa kwamaphutha kanye nokubuyiselwa ukuze kufezwe ukusebenza kahle kwenethiwekhi kanye nokuphathwa kwayo, ukuze kuhlinzekwe ngezinsizakalo zokuxhumana ezithembekile kakhudlwana. Ngokuphathelene nokulawula okuhlakaniphile kwe-beam, ubuchwepheshe bobuhlakani bokwenziwa bungaphinde bufinyelele ukulawula okunembile kwe-beam, njengokusiza ekulungiseni isiqondiso kanye nesimo se-beam ekuxhumaneni nge-laser yesathelayithi ukuze kuvumelane nomthelela wezinguquko ekugobeni komhlaba kanye nokuphazamiseka komoya, ukuqinisekisa ukuzinza nokuthembeka kokuxhumana.