I-AI yenza amacandelo e-optoelectronic kunxibelelwano lwe-laser

I-AI iyasebenzaamacandelo optoelectronickunxibelelwano lwelaser

Kwinkalo yokwenziwa kwecandelo le-optoelectronic, ubukrelekrele bokwenziwa bukwasetyenziswa ngokubanzi, kubandakanywa: uyilo lokuphucula ulwakhiwo lwamacandelo e-optoelectronic anjeiilaser, ulawulo lwentsebenzo kunye nokuhambelana okuchanekileyo kunye noqikelelo. Umzekelo, uyilo lwamacandelo e-optoelectronic lufuna inani elikhulu lemisebenzi yokulinganisa echitha ixesha ukufumana eyona parameters yoyilo, umjikelo woyilo mde, ubunzima boyilo bukhulu, kunye nokusetyenziswa kwe-algorithms yobukrelekrele bokwenziwa kunokunciphisa kakhulu ixesha lokulinganisa ngexesha lenkqubo yoyilo lwesixhobo, ukuphucula ubuchule boyilo kunye nokusebenza kwesixhobo, ngo-2023, Pu et al. icetywe isikimu somzekelo we-femtosecond imode-etshixekileyo iilaser zefiber kusetyenziswa uthungelwano lwe-neural oluqhubekayo. Ukongeza, itekhnoloji yobukrelekrele bokwenziwa inokunceda ukulawula iparameter yokusebenza yamacandelo e-optoelectronic, ukwandisa ukusebenza kwamandla okuphuma, ubude be-wavelength, i-pulse shape, intensity ye-beam, isigaba kunye ne-polarization ngokusebenzisa i-algorithms yokufunda koomatshini, kunye nokukhuthaza ukusetyenziswa kwezinto eziphambili ze-optoelectronic kwiinkalo ze-optical micromaning kunye ne-laser optical communication.

Itekhnoloji ye-Artificial intelligence iphinda isetyenziswe ekubonakalisweni ngokuchanekileyo kunye nokuqikelelwa kokusebenza kwamacandelo e-optoelectronic. Ngokuhlalutya iimpawu zokusebenza zamacandelo kunye nokufunda inani elikhulu ledatha, utshintsho lwentsebenzo yamacandelo e-optoelectronic lunokuqikelelwa phantsi kweemeko ezahlukeneyo. Le teknoloji ibaluleke kakhulu ekusebenziseni izixhobo ze-optoelectronic. Iimpawu ze-birefringence ze-mode-locked fibre lasers zibonakaliswe ngokusekelwe ekufundeni koomatshini kunye nokumelwa okuncinci kwi-simulation yamanani. Ngokusebenzisa i-algorithm yokukhangela enqabileyo ukuvavanya, iimpawu ze-birefringence zei-fiber laserszihlelwa kwaye inkqubo ihlengahlengiswe.

Kwintsimi yelaser unxibelelwano, iteknoloji yobukrelekrele bokwenziwa ikakhulu ibandakanya itekhnoloji yolawulo olukrelekrele, ulawulo lwenethiwekhi kunye nolawulo lomqadi. Ngokubhekiselele kwitekhnoloji yolawulo olukrelekrele, ukusebenza kwe-laser kunokwandiswa ngee-algorithms ezikrelekrele, kwaye ikhonkco lonxibelelwano nge-laser linokuphuculwa, njengokulungelelanisa amandla okuphuma, ubude be-wavelength kunye ne-pulse shapelaser kunye nokukhetha eyona ndlela yothumelo, ephucula kakhulu ukuthembeka kunye nokuzinza konxibelelwano lwelaser. Ngokubhekiselele kulawulo lwenethiwekhi, ukusebenza kakuhle kokuhanjiswa kwedatha kunye nokuzinza kwenethiwekhi kunokuphuculwa ngokusebenzisa i-algorithms yengqondo yokwenziwa, umzekelo, ngokuhlalutya i-traffic traffic kunye neepatheni zokusetyenziswa ukuqikelela nokulawula iingxaki zokuxinana kwenethiwekhi; Ukongeza, itekhnoloji yobukrelekrele bokwenziwa bunokwenza imisebenzi ebalulekileyo efana nokwabiwa kwezixhobo, umzila, ukufumanisa iimpazamo kunye nokubuyisela ukuphumeza ukusebenza kakuhle kwenethiwekhi kunye nolawulo, ukuze kubonelelwe ngeenkonzo zonxibelelwano ezithembekileyo. Ngokubhekiselele kwi-beam yolawulo olukrelekrele, iteknoloji yobukrelekrele bokwenziwa inokuphinda ifezekise ulawulo oluchanekileyo lwe-beam, njengokuncedisa ekulungiseni ulwalathiso kunye nokuma kwe-beam kunxibelelwano lwe-laser ye-satellite ukuze ulungelelanise impembelelo yeenguqu kwi-curvature yomhlaba kunye nokuphazamiseka kwe-atmospheric, ukuqinisekisa ukuzinza kunye nokuthembeka konxibelelwano.