Na dogon lokaci kuma kamar sauran kamfanonin fasaha da yawa, AMD tana yin babban ƙoƙari don tura iyakokin ƙididdige ƙididdiga a yau kuma duk ayyukanta sun fara biya azaman kwanan nan kamfanin ya aika da takardar neman izini wanda a ciki ya fito da na’urar sarrafa kwamfuta mai kima wanda zai yi amfani da shi watsa labarai.
Wannan sabuwar fasahar da aka ƙulla zai iya magance matsalolin kwanciyar hankali da inganci yana fuskantar tsarin yanzu a cikin ƙididdigar jimla, kodayake a bayyane yake cewa fasaha na iya zama nesa da kasancewa mai kasuwanci, amma wannan aikace -aikacen patent yana nuna sha'awar AMD a nan gaba.
Kuma wannan shine a wannan lokacin akwai manyan cikas guda biyu tsaya a kan hanyar haɓaka ƙima da ƙima mafi girma: scalability da kwanciyar hankali. Jihohin Quantum abubuwa ne masu rikitarwa, suna da hankali ta yadda za su iya yin kuskure tare da ƙaramin tsokana, kuma ƙari, ƙwarewar tsarin ƙima yana ƙaruwa tare da kasancewar ƙarin qubits a cikin tsarin da aka bayar. Koyaya, ƙungiyar masu bincike na AMD sun gabatar da aikace-aikacen patent da nufin ingantaccen ingantaccen tsarin gine-gine na ƙididdige ƙididdiga, godiya ga madaidaicin tsarin Multi-SIMD (Single Instruction Multiple Data).
A cewar manazarta, Idan AMD na iya samun fa'idar gasa a cikin ƙididdigar ƙididdiga, yuwuwar fa'idar ba ta da iyaka. Babban jami'in AMD Lisa Su ya sake ƙarfafa wannan ƙirar guntu kuma ya cusa al'adun ƙira wanda ya motsa AMD har zuwa 3,200% tun lokacin da ya karɓi jagorancin kamfanin a 2014. Bisa buƙatar da masu bincike daga kamfanin suka gabatar, AMD tana binciken tsarin da ke da niyyar amfani da teleportation na adadi don ƙara dogaro da tsarin ƙima, yayin da a lokaci guda rage adadin qubits da ake buƙata don lissafin da aka bayar.
Manufar ita ce rage matsalolin sikelin da kurakuran lissafi saboda ga rashin zaman lafiya na tsarin:
Alamar AMD, mai taken "Ci gaba da Tallafi don Ingantaccen Kwamfuta akan Multi-SIMD Quantum Processor," yana da niyyar haɓaka kwanciyar hankali, daidaitawa da aiwatar da tsarin ƙididdigar ƙididdiga a cikin sabbin hanyoyin ingantattu. Kamfanin ya bayyana tsarin gine -ginen da ya danganci yankuna masu sarrafa kumbon - yankunan guntun da ke dauke da ko kuma su ƙunshi qubits, suna jiran lokacinsu a cikin bututun sarrafawa.
A zahiri, ƙirar AMD, yayin da ta cancanci almara na kimiyya, da nufin watsa labaran qubits daga wannan yanki zuwa wani, don haka yana ba da damar ɗaukar nauyin aiki wanda a ka'idar zai buƙaci aiwatar da kisa tare da falsafar da ba ta dace ba, tunda aiwatarwa yana da dogaro tsakanin umarni ɗaya da na gaba, wanda ke nufin dole ne a sarrafa nauyin aiki a jere. Matakan na gaba sun dogara da cikakken sarrafa matakin da ya gabata da sanin sakamakon sa kafin guntu ya ci gaba da lissafin.
Sabili da haka, wasu albarkatun guntu (a wannan yanayin, ƙubits) suna zaman banza har sai lokacin yin aikin lissafi na gaba. Sabanin haka, aiwatarwa ba tare da umarni ba yana nazarin wani nauyin aiki, yana ƙayyade waɗanne ɓangarori ke dogaro da sakamakon da suka gabata kuma wanda baya, kuma yana aiwatar da kowane mataki na sanarwar wanda baya buƙatar sakamako na baya, don haka inganta aikin godiya ga mafi girman daidaituwa..
Alamar AMD kuma ta haɗa da haɗaɗɗen 'mai duba-gaba' a cikin gine -gine, alhakin nazarin nauyin aiki mai shigowa, yi hasashen waɗanne matakai za a iya aiwatarwa a layi ɗaya (kuma waɗanda ba za su iya ba) da kuma rarraba aikin aiki yadda yakamata a tsakanin ƙubits, ta yin amfani da teleportation don tura su zuwa yankin da ake buƙatar sarrafa ƙima na SIMD. Yadda aka yi wannan adadin aika -aikar ba a bayyana shi a cikin patent ba.
Ya zuwa yanzu, kamfanoni uku ne kawai aka gano a kasuwar komputa mai yawa: IBM, Intel, da Google. Wannan aikace -aikacen patent ya nuna cewa AMD ba ta da niyyar barin wannan filin kuma tana kuma aiki don haɓaka fasahar ta a can.
Source: https://www.freepatentsonline.com/