Deep Samfurin Samfurin (DLSS) fasaha ce da aka gina cikin samfuran katin zane-zanen NVIDIA Geforce RTX. Asali ana amfani da dabaru na fasaha na wucin gadi don inganta aikin wasa ba tare da sanya ƙarin buƙatu akan kayan aikin ba.
Yadda DLSS ke aiki
Waɗannan sabbin katunan sun haɗa da ƙwayoyi na musamman don aiwatar da algorithms da aka yi amfani da su a cikin ilimin kere-kere. Ta amfani da fasahar DLSS, ana iya yin hoto a ƙaramin ƙuduri kuma ta amfani da zurfin koyo ana iya kallon shi kamar anyi shi da inganci. Yana yin wannan a cikin sassan firam ɗin waɗanda suka fi dacewa da fahimtar ɗan adam.
Don aiwatar da aikin su, maɓallin Tensor suna tattara bayanai game da rabin pixels abin da ya kamata ku bayar (a ƙaramin ƙuduri). Wannan Ya kammala shi da bayanan da aka samo asali ta hanyar fasaha ta wucin gadi, daga uwar garken NVIDIA na tsakiya, tare da ba da bayanai daga dubban hotunan da aka sarrafas, don samun hoto na ƙarshe. A wasu kalmomin, ana samun sakamako iri ɗaya tare da rabin aikin gida.
Bari mu bayyana hakan wannan baya aiki tare da dukkan wasanni, kawai tare da wasu take. A wasu kalmomin, abin da aka nuna shine haɗin abin da ke faruwa a cikin wasan tare da wasu waɗanda aka adana a baya a sabarku. Shin ni kadai ne wanda nake tunanin wannan mafarki ne na sirri?
Shin za mu sami Samfurin Ilimi mai zurfi na Zamani akan Linux?
Ee kuma babu.
Ta hanyar haɗin gwiwa tare da Valve, zai yiwu a yi amfani da wannan fasaha muddin muna da katunan da suka dace kuma a cikin waɗancan wasannin tallafi muddin suna gudana ƙarƙashin Proton. Dangane da wasu lissafin wannan ya rage lissafin da yake akwai zuwa 50% na jerin (30 cikin 60)
Proton kayan aiki ne wanda ake amfani dashi tare da Steam abokin ciniki kuma yana ba da damar keɓaɓɓun wasannin Windows don gudana akan tsarin aiki na Linux. Proton ya dogara da Wine don samar da tsarin daidaito.
Za mu kasance da AMD koyaushe
A daidai wannan wasan kwaikwayon na Taiwan inda NVIDIA ta sanar da yarjejeniyarta da Valve, AMD ta sanar da nata fasaha mai suna FidelityFX Super Resolution (FSR)
AMD ma'anar shi kamar:
...sabuwar hanyar bude tushenmu inganci don samar da manyan hotuna masu ƙuduri daga shigar da ƙananan ƙuduri. Yana amfani da tarin algorithms masu yankewa tare da girmamawa ta musamman akan ƙirƙirar gefuna masu inganci, wanda ke ba da ingantaccen haɓaka aiki idan aka kwatanta da fassarar a ƙudurin 'yan ƙasa kai tsaye. FSR tana ba da damar “aiwatar da aiki” don ayyukan tsada mafi tsada, kamar binciken ray mai kayan aiki.
Duk da yake NVIDIA tana iyakance waɗannan sabbin abubuwan ga direbobin mallakar katunan zane-zane (wanda yawanci baya sabuntawa ko aiki sosai a cikin Linux kamar na Windows) AMD ba kawai ya buɗe lambar tushe na direbobinsa ba (cimma nasarar tsallakewa cikin inganci) amma FSR ba zata buƙaci takamaiman direba ba. A yanzu yana dacewa da fiye da 100 GPUs da masu sarrafawa kuma zai sami tallafi don na'urorin hannu.
Dangane da abin da aka sanar, FSR ya zo tare da halaye masu inganci huɗu kuma zai iya samun nasarar nishaɗin 4K na asali sau biyu a kan taken tallafi.
Dangane da gwaji na AMD, Ba da damar FSR a cikin yanayin ƙirar Ultra ya samar da ƙaruwa kashi 59 cikin ɗari, yana kawo matsakaicin matsakaici zuwa 78 FPS. Tare da yanayin Ingantaccen aiki, an ɗaga matsakaita zuwa FPS 150.Wannan yana nufin karuwar aiki fiye da 200%
Duk da yake alamun wasan farko zasu kasance daga 22 ga Yuni, ba a sanar da shi ba tukuna lokacin da lambar tushe za ta kasance. Idan an san cewa za'a sameshi a ƙarƙashin lasisin MIT.
A halin yanzu, shawarar NVIDIA tana jagorantar tare da yawan adadin take. Koyaya, FidelityFX Super Resolution shine zaɓi na fasaha don ɗayan shahararrun consoles guda biyu; Xbox da PlayStation.
Abinda ya tabbata shine kasancewar buɗaɗɗen tushe, babu shakka har yanzu yana ci gaba, amma yawancin jerin wasannin ƙasa na Linux ba zai jinkirta haɗa shi ba