Ukuqonda Umgomo Wokusebenza we-MTSC7286

Emgogodleni wayo, i-MTSC7286 yakhelwe ukuthuthukisa ukugeleza, ukuguqulwa, nokuhlaziywa kwedatha noma amasiginali wamandla. Ihlanganisa ubuchwepheshe be-analog nedijithali ukuze kuqinisekiswe ukusebenzisana okungenazihibe phakathi kokokufaka okubonakalayo kanye nemiphumela yokubala. Ifilosofi yayo yokuklama izungeza ekunciphiseni ukubambezeleka, ukunciphisa ukusetshenziswa kwamandla, nokuthuthukisa ukwethembeka ezindaweni eziguquguqukayo.

Izingxenye ezibalulekile ze-MTSC7286

Ukuze uqonde ukuthi i-MTSC7286 isebenza kanjani, kubalulekile ukuhlola ukwakheka kwayo. Uhlelo luhlanganisa izingxenye ezimbalwa ezincike kwezinye, ngayinye idlala indima ebalulekile ekusebenzeni kwayo:

1. 

   I-Signal Input Interface (SII): I-SII isebenza njengesango lamasignali angaphandle, kungakhathaliseki ukuthi avela kuzinzwa, iziteshi zokuxhumana, noma imithombo yamandla. Kuhlanganisa iziguquli ze-analog-to-digital (ADCs) nezihlungi zokucubungula kusengaphambili idatha eluhlaza, okuqinisekisa ukuhambisana namayunithi okucubungula angezansi.

2. I-Adaptive Filtering Module (AFM): Le mojula ilungisa amapharamitha okuhlunga ukuze isuse umsindo noma ukuphazamiseka. Isebenzisa ama-algorithms okufunda komshini, i-AFM ihlonza amaphethini ekonakalisweni kwesignali futhi inxephezele ngesikhathi sangempela, igcina ubuqotho besignali.

3. I-Quantum Tunneling Core (QTC): Isici esibalulekile se-MTSC7286, i-QTC isebenzisa izimiso zemishini ye-quantum ukucubungula amasiginali ngesivinini esiseduze sokukhanya. Ngokuxhaphaza i-electron tunneling, yeqa imikhawulo evamile ye-transistor, ivumela ukusebenza kwe-ultra-low latency.

4. I-Energy Management Subsystem (EMS): Idizayinelwe ukusebenza kahle kwamandla, i-EMS ilawula ukusatshalaliswa kwamandla kulo lonke uhlelo. Ihlanganisa nemithombo yamandla avuselelekayo, njengamaphaneli elanga noma izinjini zomoya, ukuze kuqinisekiswe ukusebenza okungaphazamiseki ngisho nasezimweni ezishintshashintshayo.

5. I-Neural Processing Unit (NPU): I-NPU isebenza "njengobuchopho" be-MTSC7286. Isebenzisa izimiso zekhompuyutha ze-neuromorphic ukulingisa umsebenzi wobuchopho bomuntu, okuvumela ukwenziwa kwezinqumo okuqaphela umongo kanye nezibalo zokubikezela.

6. I-Output Actuation Interface (OAI): I-OAI ihumusha idatha ecutshunguliwe iye kokuphumayo okungasetshenzwa, njengamasiginali okulawula emishini, amaphakethe edatha yokudlulisela, noma imiyalo yokusabalalisa amandla. Kuhlanganisa iziguquli zedijithali-kuya-analog (ama-DAC) kanye nezikhulisi zokusebenzisana nezinhlelo zangaphandle.

   
   

Isimiso Esisebenzayo: Ukwahlukana Kwesinyathelo Nesinyathelo

Manje njengoba sesizichazile izingxenye, ake sihlole ukuthi i-MTSC7286 izihlela kanjani ukufeza izinhloso zayo. Ukusebenza kwezinhlelo kungahlukaniswa izigaba eziyisithupha:

Isigaba soku-1: Ukutholwa Nemibandela Yesiginali

Inqubo iqala ku-Signal Input Interface (SII). Amasignali angaphandle noma amaza kagesi kazibuthe, ukufundwa kwezinga lokushisa, noma ukugeleza kwamandla egridi kuthathwe izinzwa noma izimpondo. Lawa masignali aluhlaza ngokuvamile aqukethe umsindo noma ukuhlanekezela, ngakho i-SII iwacubungula kusengaphambili isebenzisa ama-ADC nezihlungi ze-analog. Isibonelo, ekusethweni kokuxhumana, i-SII ingase ihlukanise ibhendi ethile yomsakazo ngenkathi inciphisa ukuphazamiseka okuseduze.

Isigaba sesi-2: Ukuncishiswa Komsindo Okuzijwayezayo

Uma isifakwe isimo, isignali ingena ku-Adaptive Filtering Module (AFM). Izihlungi zendabuko zisebenzisa amapharamitha angashintshi, kodwa i-AFM isebenzisa iluphu yempendulo enikwa amandla ukufunda komshini. Ihlaziya ngokuqhubekayo isilinganiso se-signal-to-noise (SNR) futhi ilungisa ama-coefficients okuhlunga. Isibonelo, endaweni enomoya, i-AFM ingahlukanisa phakathi kwedatha yenzwa yangempela kanye nezinto zobuciko zokudlidliza ezibangelwa umoya, okugcina ubuqotho bolwazi olubucayi.

Isigaba sesi-3: Ukucubungula Okusheshisiwe kwe-Quantum

Isiginali enesimo bese ifinyelela kuQuantum Tunneling Core (QTC). Lapha, i-MTSC7286 ihluka ezinhlelweni zakudala. I-QTC isebenzisa i-resonant tunnel diode (RTDs) ukucubungula amasignali kumaza we-terahertz. I-Quantum tunneling ivumela ama-electron ukuthi agxume anqamule izithiyo ngaphandle kokumelana, okuvumela ukubala okuseduze ngokushesha. Lesi sigaba sibalulekile ezinhlelweni zokusebenza ezifana nokuhumusha kolimi kwesikhathi sangempela noma ukuzulazula kwemoto okuzenzakalelayo, lapho ama-millisecond abalulekile.

Isigaba 4: Ukuhlaziywa Kokuqukethwe Nge-Neural Processing

I-Neural Processing Unit (NPU) ithatha idatha ecutshungulwe i-quantum futhi isebenzisa amamodeli okufunda ajulile. Isebenzisa amasekhethi asuselwa ku-memristor ukuze ilingise ukuxhumana kwe-synaptic, ukuyivumela ukuthi ibone amaphethini ekusakazweni kwedatha, isibonelo, ukuhlonza iphutha lomshini kusukela kumasiginesha okudlidliza noma ukubikezela ukukhuphuka kwesidingo samandla kugridi ehlakaniphile.

Isigaba sesi-5: Ukuthuthukisa Amandla

Ngesikhathi esifanayo, i-Energy Management Subsystem (EMS) iqapha ukusetshenziswa kwamandla kuzo zonke izingxenye. Uma i-NPU ithola ukwanda kwesidingo sekhompyutha, i-EMS iqondisa kabusha amandla ukusuka kumamojula angabalulekile ukuze kugcinwe ukuzinza. Ekufakweni kwamandla elanga, ingase ibeke phambili isitoreji sebhethri ngaphezu kokucubungula kwesikhathi sangempela ngezikhathi zamafu, iqinisekise ukusebenza okungaphazamiseki.

Isigaba sesi-6: Okukhiphayo kanye nokwenza

Ekugcineni, idatha ecutshunguliwe iphuma nge-Output Actuation Interface (OAI). Ngokuya ngesicelo, lokhu kungabandakanya:
- Ukudlulisa amaphakethe edatha abethelwe kunethiwekhi ye-6G.
- Ukulungisa ama-turbine blades epulazini lomoya ukuze kuthuthukiswe ukuthunjwa kwamandla.
- Ukwenza kusebenze izingalo zerobhothi kulayini wokukhiqiza ngokunemba kwe-sub-millisecond.

I-OAIs DACs kanye nezikhulisi kuqinisekisa ukuhambisana nezinhlelo zefa, ukuvala igebe phakathi kokucubungula okuphambili nengqalasizinda yendabuko.

Izicelo ze-MTSC7286

Ukuhlukahluka kwe-MTSC7286s kuyenza isebenze emikhakheni eyahlukene:

1. Amanethiwekhi Okuxhumana Esizukulwane Esilandelayo: Ku-6G nangale kwalokho, i-MTSC7286 ingaphatha amanethiwekhi aminyene kakhulu ngezigidi zamadivayisi e-IoT, yabela umkhawulokudonsa ngamandla futhi inciphise ukubambezeleka.

2. I-Renewable Energy Systems: Imataniswe nengqalasizinda yelanga noma yomoya, ithuthukisa ukugcinwa kwamandla kanye nokusatshalaliswa kwegridi, kunciphise isikhawu semithombo evuselelekayo.

3. I-Industrial Automation: Ukucutshungulwa kwesikhathi sangempela kwe-MTSC7286s kuthuthukisa ukugcinwa kokubikezela, ukulawulwa kwekhwalithi, namarobhothi, kunciphisa isikhathi sokuphumula ekukhiqizeni.

4. Ukuxilongwa Kwezokwelapha: Ikhono layo lokuhlaziya izimpawu zebhayoloji (isb, i-ECG, i-EEG) ngokunemba okuphezulu lingaguqula iziqaphi zezempilo ezigqokekayo kanye nokunakekelwa kwesiguli okukude.

5. Izimoto Ezizimele: Ngokucubungula i-LiDAR, i-radar, nokuphakelayo kwekhamera ngasikhathi sinye, i-MTSC7286 inika amandla ukuthathwa kwezinqumo okuphephile nokusheshayo ezimotweni ezizishayelayo.

   
   

Izinzuzo ze-MTSC7286

Idizayini yezinhlelo inikeza izinzuzo ezimbalwa kunobuchwepheshe obuvamile:

• Ukubambezeleka Okuphansi Kakhulu: I-Quantum tunneling inciphisa ukubambezeleka kokucubungula, okubalulekile ezinhlelweni zesikhathi sangempela.
• Ukusebenza Kwamandla: I-EMS iqinisekisa ukusetshenziswa kwamandla okuphelele, ukuhambisana nezinjongo zokusimama komhlaba.
• Ukuzivumelanisa nezimo: Ukufunda komshini kanye nezingxenye ze-neuromorphic zivumela isistimu ukuthi iguquke ngezimo ezishintshayo.
• I-Scalability: I-architecture ye-modular isekela ukuhlanganiswa kukho kokubili amadivaysi amancane kanye nezinhlelo zezimboni ezinkulu.
• Ukuqina: Ukuhlunga okuguquguqukayo kanye namaphrothokholi angasebenzi athuthukisa ukwethembeka ezindaweni ezinokhahlo.

Izinselelo Nemikhawulo

Naphezu kwesithembiso sayo, i-MTSC7286 ibhekene nezithiyo:

1. Imikhawulo ye-Quantum Tunneling: Ngenkathi ama-RTD anika amandla isivinini, ayazwela ekushintshashintsheni kokushisa, okudinga izixazululo zokupholisa ezithuthukisiwe.
2. Inkimbinkimbi kanye Nezindleko: Ukukhiqiza izingxenye ze-quantum kanye ne-neuromorphic esikalini kuhlala kubiza futhi kuyinselele yobuchwepheshe.
3. Izinkinga zokusebenzisana: Ukuhlanganisa i-MTSC7286 nezinhlelo zefa kungase kudinge ihadiwe yesixhumi esibonakalayo esengeziwe, kukhushulwe izindleko.
4. Izingozi Zokuphepha: Ukuthembela kwayo ekufundeni komshini kuyichaya ekuhlaselweni izitha, lapho idatha enonya ingase ibeke engcupheni ukwenza izinqumo.

Amathemba Ekusasa

Njengoba ucwaningo lwe-quantum computing kanye nobunjiniyela be-neuromorphic luqhubeka, i-MTSC7286 ingaba yisisekelo sobuchwepheshe besikhathi esizayo.:

• I-Room-Temperature Quantum Operation: Ukuqeda isidingo sokupholisa i-cryogenic.
• Izinto Zokuziphilisa: Izingxenye ezizilungisayo, ezinweba ubude besikhathi sezinhlelo.
• Ukuphepha Okuqhutshwa yi-AI: Ukusebenzisa i-NPU ukuthola kanye nokwenza kalula izinsongo ze-cyber ngesikhathi sangempela.
• Amasu Okukhiqiza Okuningi: Ukunciphisa izindleko ngokusebenzisa izinto ezintsha zokwenziwa kwe-nanoscale.

Isiphetho

I-MTSC7286 imele ukuhlangana kwemishini eminingi yobuchwepheshe be-frontiersquantum, ukufunda ngomshini, nokwenza kahle kwamandla. Ngokuhlukanisa isimiso sayo sokusebenza, sithola ukuqonda kokuthi amasistimu anjalo angakuchaza kanjani kabusha ukusebenza kahle nokusebenza kuzo zonke izimboni. Nakuba izinselele zisekhona, imiqondo eyisisekelo ngemuva kwe-MTSC7286 igcizelela ikusasa lapho ubuchwepheshe bungasheshi nje futhi buhlakaniphe, kodwa futhi buvumelana nezimo futhi buzinzile. Njengoba onjiniyela beqhubeka nokuphusha imingcele, umugqa phakathi kwenganekwane yesayensi nento engokoqobo uzofiphala, kanti i-MTSC7286 izosebenza njengobufakazi bobuhlakani bomuntu.