I-Deep Learning Super Sampling (i-DLSS) ubuchwepheshe obakhelwe kumamodeli wekhadi lemidwebo le-NVIDIA Geforce RTX. Ngokuyinhloko amasu obuhlakani bokufakelwa asetshenziselwa ukwenza ngcono ukusebenza kwegeyimu ngaphandle kokubeka izimfuno eziningi kwihadiwe.
Isebenza kanjani i-DLSS
Lawa makhadi amasha afaka ama-cores akhethekile wokwenza ama-algorithms asetshenziswa ekuhlakanipheni okufakelwayo. Kusetshenziswa ubuchwepheshe be-DLSS, isithombe singakhishwa ngesisombululo esiphansi futhi ngokusebenzisa ukufunda okujulile kungabukwa sengathi kunikezwe ngekhwalithi ephezulu. Ukwenza lokhu ezingxenyeni zohlaka ezihambisana kakhulu nokubona komuntu.
Ukwenza umsebenzi wabo, ama-Tensor cores aqoqa imininingwane cishe uhhafu wamaphikseli okufanele unikele (ngesinqumo esiphansi). Lokhu uyiqedela ngolwazi olwenziwe ubuhlakani bokufakelwa, kusuka kuseva emaphakathi yeNVIDIA, ekhipha idatha kusuka ezinkulungwaneni zezithombe ezicutshunguliwes, ukuthola isithombe sokugcina. Ngamanye amagama, umphumela ofanayo utholakala ngengxenye yomsebenzi wendawo.
Ake sikucacise lokho lokhu akusebenzi nayo yonke imidlalo, kuphela ngeziqu ezithile. Ngamanye amagama, okuboniswayo kuyinhlanganisela yalokho okwenzekayo emdlalweni nabanye obekugcinwe ngaphambili kuseva yakho. Yimina ngedwa ocabanga ukuthi lokhu kuyiphupho elibi lobumfihlo?
Ngabe sizoba ne-Deep Learning Super-Sampling ku-Linux?
Yebo futhi cha.
Ngokusebenzisana neValve, kuzokwazi ukusebenzisa lobu buchwepheshe inqobo nje uma sinamakhadi ahambisanayo nakuleyo midlalo esekelwayo inqobo nje uma isebenza ngaphansi kweProton. Ngokwezinye izibalo lokhu kunciphisa i-akhawunti etholakalayo ibe ngu-50% wohlu (30 kwabangama-60)
I-Proton iyithuluzi elisetshenziswa ngokubambisana neklayenti le-Steam futhi livumela imidlalo ekhethekile ye-Windows ukuthi isebenze ohlelweni lokusebenza lwe-Linux. UProton uthembele ewayinini ukuthi inikeze isendlalelo sokuhambisana.
Sizohlala sine-AMD
Kumbukiso ofanayo waseTaiwan lapho iNVIDIA imemezele khona isivumelwano sayo neValve, I-AMD imemezele ubuchwepheshe bayo obubizwa ngeFidelityFX Super Resolution (FSR)
AMD kuyakuchaza like:
...isisombululo sethu esisha somthombo ovulekile ikhwalithi ephezulu ukukhiqiza ozimele bokulungiswa okuphezulu kokufakwayo kokucaca okuphansi. Isebenzisa ukuqoqwa kwama-algorithms asezingeni eliphezulu ngokugcizelela okukhethekile ekwakheni imiphetho yekhwalithi ephezulu, enikeza ukuthuthuka okuhle kokusebenza uma kuqhathaniswa nokunikezwa kokuxazululwa kwendabuko ngqo. I-FSR inika amandla "ukusebenza ngezandla" kwemisebenzi ebiza kakhulu, njengokulandela i-hardware ray.
Ngenkathi i-NVIDIA ikhawulela lezi zici ezintsha kubashayeli abanikazi bamakhadi ayo emidwebo (angavamisi ukubuyekeza noma ukusebenza nakuLinux njengakwiWindows) I-AMD ayigcinanga ngokuvula ikhodi yomthombo yabashayeli bayo (ukufeza ukweqa kwekhwalithi) kepha i-FSR ngeke idinge umshayeli othile. Okwamanje iyahambisana nama-GPU angaphezu kwama-100 nama-processor futhi izoba nokusekelwa kwamadivayisi eselula.
Ngokwalokho okwamenyezelwa, I-FSR iza nezindlela ezine zekhwalithi futhi ingafinyelela kuze kube kabili ukusebenza kwe-4K yendabuko kuzihloko ezisekelwayo.
Ngokuya kokuhlolwa yi-AMD, Ukunika amandla i-FSR kwimodi yekhwalithi ye-Ultra kukhiqize ukwanda kokusebenza kwamaphesenti angama-59, kwaletha isilinganiso sozimele esimaphakathi sama-78 FPS. Ngemodi yokusebenza enamandla kakhulu, isilinganiso saphakanyiselwa kuma-FPS ayi-150.Lokhu kusho ukwanda kokusebenza okungaphezu kwama-200%
Ngenkathi iziqeshana zemidlalo zokuqala zizotholakala kusuka ngoJuni 22, akukamenyezelwa okwamanje ukuthi ikhodi yomthombo izotholakala nini. Ukube beyaziwa ukuthi izotholakala ngaphansi kwelayisense ye-MIT.
Okwamanje, isiphakamiso se-NVIDIA sihola ngenani elikhulu lezihloko. Kodwa-ke, i-FidelityFX Super Resolution ubuchwepheshe bokuzikhethela kweziduduzo ezimbili ezithandwa kakhulu; I-Xbox ne-PlayStation.
Iqiniso ukuthi ukuba ngumthombo ovulekile, ngokungangabazeki okusakhulayo, kepha uhlu olwandayo lwemidlalo yomdabu yeLinux ngeke linqikaze ukuyifaka