Ukuqonda uMmiselo wokuSebenza weMTSC7286

Embindini wayo, i-MTSC7286 yenzelwe ukwandisa ukuhamba, ukuguqulwa, kunye nohlalutyo lwedatha okanye iimpawu zamandla. Idibanisa itekhnoloji ye-analog kunye nedijithali ukuqinisekisa intsebenziswano engenamthungo phakathi kwamagalelo abonakalayo kunye neziphumo zokubala. Ifilosofi yoyilo lwayo ijikeleza ekunciphiseni ukubambezeleka, ukunciphisa ukusetyenziswa kwamandla, kunye nokuphucula ukuthembeka kwiindawo eziguqukayo.

Amacandelo angundoqo eMTSC7286

Ukuqonda indlela esebenza ngayo iMTSC7286, kubalulekile ukuvavanya uyilo lwayo. Inkqubo iquka amacandelo amaninzi axhomekeke kwelinye, ngalinye lidlala indima ebalulekileyo ekusebenzeni kwayo:

1. 

   Unxibelelwano loNgeniso loMqondiso (SII): I-SII isebenza njengesango lezibonakaliso zangaphandle, nokuba zivela kwi-sensors, iziteshi zonxibelelwano, okanye imithombo yamandla. Ibandakanya abaguquli be-analog-to-digital (ADCs) kunye nezihluzo zokucoca kwangaphambili idatha ekrwada, iqinisekisa ukuhambelana neeyunithi zokusetyenzwa komsinga.

2. Imodyuli yoHluzo olutshintshayo (AFM): Lo mnqongo ulungelelanisa iparameters zokucoca ukuphelisa ingxolo okanye uphazamiseko. Ukusebenzisa i-algorithms yokufunda ngomatshini, i-AFM ichonga iipateni ekuthotyweni komqondiso kwaye ihlawule ngexesha langempela, igcina ingqibelelo yesignali.

3. I-Quantum Tunneling Core (QTC): Into ebambekayo ye-MTSC7286, i-QTC iphakamisa imigaqo ye-quantum yomatshini ukusetyenzwa kwemiqondiso ngesantya esikufutshane sokukhanya. Ngokuxhaphaza itonela ye-electron, idlula imida yesiqhelo ye-transistor, ivumela ukusebenza kwe-ultra-low latency.

4. Inkqubo engaphantsi yolawulo lwamandla (EMS): Eyenzelwe ukusebenza kakuhle kwamandla, i-EMS ilawula ukuhanjiswa kwamandla kuwo wonke inkqubo. Idibanisa kunye nemithombo yamandla ahlaziyekayo, njengeepaneli zelanga okanye ii-injini zomoya, ukuqinisekisa ukusebenza okungaphazamisekiyo nakwiimeko eziguquguqukayo.

5. IYunithi yokuLungiselela iNeural (NPU): I-NPU isebenza "njengengqondo" yeMTSC7286. Isebenzisa imigaqo yekhompuyutha ye-neuromorphic ukulinganisa umsebenzi wobuchopho bomntu, ivumela ukuba kuthathwe izigqibo ngomxholo kunye nohlalutyo lokuxela kwangaphambili.

6. IsiNxulumano sokuSebenzisa isiphumo (OAI): I-OAI iguqulela idatha esetyenzisiweyo kwiziphumo ezinokusetyenzwa, ezinje ngemiqondiso yolawulo koomatshini, iipakethi zedatha zothumelo, okanye imiyalelo yokuhanjiswa kwamandla. Ibandakanya abaguquli bedijithali ukuya kwi-analog (DACs) kunye ne-amplifiers ukuhambelana neenkqubo zangaphandle.

   
   

Umgaqo oSebenzayo: Ukwahlulwahlulwa ngamanyathelo ngamanyathelo

Ngoku njengoko siwacacisile amacandelo, makhe siphonononge ukuba iMTSC7286 iwacwangcisa njani ukuze aphumeze iinjongo zayo. Umsebenzi weenkqubo unokwahlulwa ube zizigaba ezithandathu:

Inqanaba loku-1: Ukufunyanwa koMqondiso kunye neMiqathango

Inkqubo iqala kwiSinxibelelanisi sokuNgena esiSayini (SII). Iimpawu zangaphandle nokuba ngamaza ombane wombane, ufundo lobushushu, okanye ukuhamba kwamandla egridi zibanjwa zizivamvo okanye ii-eriyali. Le miqondiso ekrwada ihlala iqulathe ingxolo okanye ukugqwethwa, ngoko ke i-SII iyaziqhubela phambili isebenzisa ii-ADCs kunye nezihluzo ze-analog. Umzekelo, kulungiselelo lonxibelelwano, i-SII inokwahlula ibhendi yefrikhwensi yerediyo ethile ngelixa ithomalalisa uphazamiseko olukufutshane.

Inqanaba lesi-2: UkuNcitshiswa kwengxolo okuziqhelanisayo

Emva kokuba imeko, isignali ingena kwi-Adaptive Filtering Module (AFM). Izihlungi zemveli zisebenzisa iiparamitha ezisisigxina, kodwa i-AFM isebenzisa i-loop yempendulo enikwe amandla okufunda ngomatshini. Ihlala ihlalutya umlinganiselo we-signal-to-noise (SNR) kwaye ilungisa i-coefficients yokucoca. Ngokomzekelo, kwindawo enomoya, i-AFM inokwahlula phakathi kwedatha ye-sensor yangempela kunye ne-vibration ye-vibration eyenziwe ngumoya, igcina ingqibelelo yolwazi olubalulekileyo.

Inqanaba lesi-3: Ukwenziwa kwe-Quantum okuKhawulezileyo

Isignali ebekiweyo emva koko ifikelela kwiQuantum Tunneling Core (QTC). Apha, i-MTSC7286 iyahlukana kwiinkqubo zamandulo. I-QTC isebenzisa i-resonant tunnel diodes (RTDs) ukucubungula iimpawu kwiifrikhwensi ze-terahertz. I-quantum tunneling ivumela ii-elektroni ukuba zitsibe ngaphaya kwemiqobo ngaphandle kokuxhathisa, nto leyo eyenza ukuba kufutshane nokubala kwangoko. Esi sigaba sibalulekile kwizicelo ezifana noguqulo lolwimi lwexesha lokwenyani okanye ukukhangela isithuthi esizimeleyo, apho i-milliseconds ibalulekile.

Inqanaba lesi-4: Uhlahlelo loMxholo ngokusebenzisa iNeural Processing

I-Neural Processing Unit (NPU) ithatha idatha ye-quantum-processed kwaye isebenzisa iimodeli zokufunda ezinzulu. Isebenzisa iisekethe ezisekwe kwi-memristor ukulinganisa uqhagamshelo lwe-synaptic, ukuyivumela ukuba ibone iipateni kwimithombo yedatha, umzekelo, ukuchonga impazamo yomatshini ukusuka kutyikityo lokungcangcazela okanye ukuqikelela i-spikes yemfuno yamandla kwigridi ehlakaniphile.

Isigaba sesi-5: uPhuculo lwaMandla

Ngaxeshanye, i-Energy Management Subsystem (EMS) ibeka esweni ukusetyenziswa kwamandla kuwo onke amacandelo. Ukuba i-NPU ibona ukunyuka kwemfuno yokubala, i-EMS ibuyisela amandla kwiimodyuli ezingabalulekanga ukugcina uzinzo. Kufakelo olusebenza ngamandla elanga, lunokuthi lubeke phambili ukugcinwa kwebhetri ngaphezu kokusetyenzwa kwexesha lokwenyani ngamaxesha amafu, ukuqinisekisa ukusebenza okungaphazanyiswa.

Inqanaba lesi-6: Isiphumo kunye neNguqulelo

Okokugqibela, idatha esetyenzisiweyo iphuma nge-Output Actuation Interface (OAI). Ngokuxhomekeke kwisicelo, oku kunokubandakanya:
-Ukuhambisa iipakethi zedatha ezifihliweyo kwinethiwekhi ye-6G.
-Ukulungelelanisa ii-injini zomoya kwifama yomoya ukuze kunyuswe ukubanjwa kwamandla.
- Ukuvuselela iingalo zerobhothi kumgca wokuvelisa ngokuchaneka kwe-sub-millisecond.

Ii-OAIs ze-DACs kunye ne-amplifiers ziqinisekisa ukuhambelana neenkqubo zelifa, ukuvala umsantsa phakathi kokulungiswa kwe-cutting-edge kunye neziseko zemveli.

Usetyenziso lweMTSC7286

Ukuguquguquka kwe-MTSC7286s kuyenza isebenze kwiindawo ezahlukeneyo:

1. Uthungelwano loNxibelelwano lwesisizukulwana esilandelayo: Kwi-6G nangaphaya, i-MTSC7286 inokulawula uthungelwano oluxinene kakhulu kunye nezigidi zezixhobo ze-IoT, ukwaba i-bandwidth kunye nokunciphisa i-latency.

2. IiNkqubo zaMandla aVuselelwayo: Idityaniswe neziseko ezingundoqo zelanga okanye zomoya, ikhulisa ugcino lwamandla kunye nokuhanjiswa kwegridi, kuthomalalisa ukuphumla kwemithombo ehlaziyekayo.

3. I-Industrial Automation: Ukusetyenzwa kwexesha lokwenyani kwe-MTSC7286s kuphucula ugcino oluqikelelweyo, ulawulo lomgangatho, kunye nerobhothi, ukunciphisa ixesha lokuphumla kwimveliso.

4. Uxilongo lwezonyango: Ukukwazi kwayo ukuhlalutya iimpawu zebhayoloji (umzekelo, i-ECG, i-EEG) ngokuchaneka okuphezulu kunokuguqula iimonitha zempilo ezinxitywayo kunye nokhathalelo lwesigulane olukude.

5. Izithuthi ezizimeleyo: Ngokusetyenzwa kwe-LiDAR, i-radar, kunye nokutya kwekhamera ngaxeshanye, i-MTSC7286 yenza kube lula ukwenza izigqibo ezikhuselekileyo nezikhawulezayo kwiimoto eziziqhubayo.

   
   

Izinto ezilungileyo zeMTSC7286

Uyilo lwesistim lubonelela ngeenzuzo ezininzi ngaphezulu kwetekhnoloji eqhelekileyo:

• Ukubambezeleka okuphantsi kakhulu: I-quantum tunneling inciphisa ukulibaziseka kokucubungula, okubaluleke kakhulu kwizicelo zexesha langempela.
• Ukusebenza kakuhle kwamandla: I-EMS iqinisekisa ukusetyenziswa kwamandla ngokufanelekileyo, ukulungelelanisa neenjongo zokuzinza kwihlabathi jikelele.
• Ukuziqhelanisa neemeko: Ukufunda ngomatshini kunye nezixhobo ze-neuromorphic zivumela inkqubo ukuba iguquke ngeemeko eziguqukayo.
• Ukubaleka: Uyilo lwemodyuli luxhasa ukuhlanganiswa kuzo zombini izixhobo ezincinci kunye neenkqubo ezinkulu zoshishino.
• Ukomelela: Ukuhluza okuguquguqukayo kunye neeprothokholi zokungafuneki zikhulisa ukuthembeka kwimekobume enzima.

Imingeni kunye neMida

Ngaphandle kwesithembiso sayo, iMTSC7286 ijongene nemiqobo:

1. Unyino lwe-Quantum Tunneling: Ngelixa ii-RTD zinika amandla isantya, zinovelwano kukuguquguquka kwe-thermal, zifuna izisombululo zokupholisa eziphambili.
2. Ukuntsonkotha kunye neendleko: Ukuvelisa ubungakanani kunye namalungu e-neuromorphic kwisikali kuhlala kubiza kwaye kunomngeni wobugcisa.
3. Imiba yokusebenzisana: Ukudibanisa i-MTSC7286 kunye neenkqubo zelifa kunokufuna i-hardware ye-interface eyongezelelweyo, ukunyuka kweendleko.
4. Imingcipheko yoKhuseleko: Ukuthembela kwayo ekufundeni koomatshini kuyibeka elubala kuhlaselo lweentshaba, apho idatha enobungozi inokubeka esichengeni ukuthathwa kwezigqibo.

Amathemba ekamva

Njengoko uphando kwi-quantum computing kunye nobunjineli be-neuromorphic buqhubela phambili, i-MTSC7286 ingaba lilitye lembombo lobuchwephesha bexesha elizayo.:

• Room-Ubushushu Quantum Operation: Ukuphelisa isidingo sokupholisa i-cryogenic.
• Izinto zokuziphilisa: Amacandelo azilungisa ngokwawo, ukwandisa ixesha lokuphila kweenkqubo.
• Ukhuseleko oluqhutywa yi-AI: Ukusebenzisa i-NPU ukubona kunye nokunciphisa izoyikiso ze-cyber ngexesha langempela.
• IiTeknikhi zoMveliso weMisa: Ukunciphisa iindleko nge-nanoscale fabrication innovations.

Ukuqukumbela

I-MTSC7286 imele ukudityaniswa kobuxhakaxhaka betekhnoloji abaninzi bequantum mechanics, ukufundwa koomatshini, kunye nokusetyenziswa kwamandla. Ngokucalula umgaqo wayo wokusebenza, sifumana ukuqonda kwindlela ezo nkqubo zinokuchaza ngayo ukusebenza kakuhle kunye nokusebenza kuwo wonke amashishini. Ngelixa imiceli mngeni ihleli, iingqikelelo ezisisiseko ngasemva kwe-MTSC7286 zigxininisa ikamva apho itekhnoloji ingakhawulezi nje kwaye ikrelekrele, kodwa ikwazi ukuziqhelanisa nokuziqhelanisa ngakumbi. Njengoko iinjineli ziqhubeka nokutyhala imida, umgca phakathi kwentsomi yenzululwazi kunye nenyani uya kuba mfiliba, kunye ne-MTSC7286 esebenza njengobungqina bobuchule bomntu.