I-APQ isebenzisana namashishini ahamba phambili kwintsimi ngenxa yamava ayo exesha elide kwi-R & D kunye nokusetyenziswa okusebenzayo kwabalawuli be-robot yezoshishino kunye ne-hardware edibeneyo kunye nezisombululo zesoftware. I-APQ ihlala ibonelela ngezisombululo ezizinzileyo nezithembekileyo zekhompuyutha ezidibeneyo kumashishini erobhothi yeshishini.
Iirobhothi zoShishino lweHumanoid zibe luJoliso olutsha kwiMveliso yobukrelekrele
"Ingqondo engundoqo" isisiseko sophuhliso.
Ngokuqhubela phambili okuqhubekayo kwetekhnoloji kunye nokwanda okukhawulezayo kwintsimi yobukrelekrele bokwenziwa, umfutho wophuhliso lweerobhothi ze-humanoid uya usiba namandla. Ziye zaba lugxininiso olutsha kwicandelo loshishino kwaye ngokuthe ngcembe zidityaniswa kwimigca yemveliso njengesixhobo esitsha semveliso, ezisa amandla amatsha kwimveliso ekrelekrele. Umzi-mveliso werobhothi we-humanoid weshishini ubalulekile ekuphuculeni ukusebenza kakuhle kwemveliso, ukuqinisekisa ukhuseleko lomsebenzi, ukujongana nokunqongophala kwabasebenzi, ukuqhuba ukusungulwa kwetekhnoloji, kunye nokuphucula umgangatho wobomi. Njengoko iteknoloji iqhubela phambili kunye neendawo zokusetyenziswa zisanda, iirobhothi ze-humanoid zoshishino ziya kudlala indima ebalulekileyo kwixesha elizayo.
Kwiirobhothi ze-humanoid zoshishino, umlawuli usebenza "njengengqondo engundoqo," eyenza isiseko esisisiseko sophuhliso lweshishini. Idlala indima ebalulekileyo ekusebenzeni kwerobhothi ngokwayo. Ngophando oluqhubekayo kunye namava okusebenza kwintsimi yeerobhothi ze-humanoid zoshishino, i-APQ ikholelwa ukuba iirobhothi ze-hunoid zemizi-mveliso kufuneka zihlangabezane nale misebenzi ilandelayo kunye nohlengahlengiso lokusebenza:
- 1. Njengengqondo engundoqo yeerobhothi ze-humanoid, iprosesa ye-edge computing central kufuneka ibe nokukwazi ukuxhuma kwiisensonsi ezininzi, ezifana neekhamera ezininzi, iiradar, kunye nezinye izixhobo zokufaka.
- 2. Kufuneka ibe nezakhono ezibalulekileyo zokusetyenzwa kwedatha ngexesha lokwenyani kunye nokwenza izigqibo. Iikhompyuter ze-Industrial AI ziyakwazi ukucubungula inani elikhulu ledatha kwiirobhothi ze-hunoid zamashishini ngexesha langempela, kubandakanywa idatha yenzwa kunye neenkcukacha zomfanekiso. Ngokuhlalutya kunye nokucubungula le datha, ikhompyuter ye-edge inokwenza izigqibo zexesha langempela ukukhokela irobhothi ekwenzeni imisebenzi echanekileyo kunye nokuhamba.
- 3. Ifuna i-AI yokufunda kunye ne-high-time inference inference, ebaluleke kakhulu ekusebenzeni ngokuzimeleyo kweerobhothi ze-hunoid ze-industrial kwiindawo eziguquguqukayo.
Ngeminyaka yokuqokelelwa komzi mveliso, i-APQ iye yaphuhlisa inkqubo yeprosesa esembindini ephezulu yeerobhothi, exhotyiswe ngokusebenza kwehardware eyomeleleyo, ubutyebi bonxibelelwano, kunye nemisebenzi enamandla esisiseko yesoftware ukubonelela ngokuphathwa kwe-multi-dimensional anomaly ukuzinza okuphezulu.
I-APQ ye-Innovative E-Smart IPC
Ukubonelela nge "Core Brain" kwiiRobhothi ze-Industrial Humanoid
I-APQ, ezinikele ekukhonzeni intsimi ye-AI ye-industrial edge computing, iphuhlise iimveliso ezixhasayo zesofthiwe ye-IPC uMncedisi kunye noMphathi we-IPC kwisiseko seemveliso ze-IPC ze-hardware zemveli, ukudala i-E-Smart IPC yokuqala yoshishino. Le nkqubo isetyenziswa ngokubanzi kwiinkalo zombono, iirobhothi, ulawulo lwentshukumo, kunye nedijithali.
Uluhlu lwe-AK kunye ne-TAC ngabalawuli beshishini abahlakaniphileyo be-APQ, abaxhotyiswe nguMncedisi we-IPC kunye noMphathi we-IPC, ukubonelela "ingqondo engundoqo" ezinzileyo kunye nethembekileyo kwiirobhothi ze-humanoid zoshishino.
Isilawuli esikrelekrele sesimbo semagazini
AK Series
Njengoko imveliso ye-APQ ye-flagship ye-2024, uchungechunge lwe-AK lusebenza kwimodi ye-1 + 1 + 1-iyunithi ephambili edityaniswe nephephancwadi eliphambili + iphephancwadi elincedisayo + iphephancwadi elithambileyo, ngokuguquguqukayo ukuhlangabezana neemfuno zezicelo kumbono, ukulawula ukunyakaza, i-robotics, kunye nedijithali. Uluhlu lwe-AK luhlangabezana neemfuno eziphantsi, eziphakathi, kunye neziphezulu ze-CPU zabasebenzisi abahlukeneyo, ixhasa i-Intel 6th-9th, i-11th-13th Gen CPUs, kunye noqwalaselo olungagqibekanga lwe-2 Intel Gigabit networks eyandisiweyo ukuya kwi-10, 4G / WiFi inkxaso yokwandisa umsebenzi, M. .2 (PCIe x4 / SATA) inkxaso yokugcina, kunye nomzimba ophezulu we-aluminium alloy alloy ehambelana neentlobo ezahlukeneyo zokusetyenziswa kwezoshishino. Ixhasa i-desktop, udonga olunyuswe eludongeni, kunye nofakelo olunyuswe kumzila kaloliwe, kunye nemodyuli yokwahlukaniswa kwe-GPIO, izibuko ezizimeleyo ze-serial, kunye nokwandiswa komthombo wokukhanya.
UMlawuli woShishino lweRobhothi
Uthotho lwe-TAC
Uluhlu lwe-TAC yikhompyuter ehlangeneyo edityaniswe ne-GPU esebenza kakhulu, ene-3.5" yoyilo lwevolyum encinci yobukhulu besundu, iyenza kube lula ukushumeka kwizixhobo ezahlukeneyo, ibanike amandla obukrelekrele. iirobhothi zoshishino lwe-humanoid, ezivumela usetyenziso lwe-AI lwexesha langempela Uluhlu lwe-TAC luxhasa amaqonga afana ne-NVIDIA, i-Rockchip, kunye ne-Intel, kunye nenkxaso ye-computing ephezulu ukuya kwi-100TOPs (INT8). I-SATA) inkxaso yokugcina, kunye nenkxaso yokwandiswa kwemodyuli ye-MXM / iDoor, kunye nomzimba ophezulu we-aluminium alloy alungelelaniswe kwiimeko ezahlukeneyo zesicelo semizi-mveliso, ebonisa uyilo olulodwa lokuthotyelwa komzila kunye nokuchasana nokukhulula kunye nokuchasana nokungcangcazela, ukuqinisekisa ukusebenza komlawuli ozinzileyo nothembekileyo ngexesha. ukusebenza kwerobhothi.
Njengenye yeemveliso zakudala ze-APQ kwicandelo leerobhothi zeshishini, uthotho lwe-TAC lubonelela "ngobuchopho obuphambili" obuzinzile kwaye obuthembekileyo kumashishini amaninzi awaziwayo.
IPC Umncedisi + IPC Umphathi
Ukuqinisekisa ukuba "Ubuchopho obungundoqo" busebenza ngokutyibilikayo
Ukujongana nemingeni yokusebenza ejongene neerobhothi ze-industrial humanoid ngexesha lokusebenza, i-APQ iye yaphuhlisa ngokuzimeleyo uMncedisi we-IPC kunye noMphathi we-IPC, okwenza ukuba ukuzimela kunye nokugcinwa okuphakathi kwezixhobo ze-IPC ukuqinisekisa ukusebenza okuzinzile kunye nolawulo olufanelekileyo.
Umncedisi we-IPC ulawula ukugcinwa kude kwesixhobo esinye ngokwenza ukhuseleko, ukubeka iliso, isilumkiso kwangethuba, kunye nokusebenza okuzenzekelayo. Inokubeka iliso kwindlela yokusebenza kunye nempilo yesixhobo ngexesha lokwenyani, ibone idatha, kwaye ilumkise ngokukhawuleza ukungahambi kakuhle kwesixhobo, iqinisekisa ukusebenza okuzinzileyo kwisiza kunye nokuphucula ukusebenza kakuhle kwefektri ngelixa kuncitshiswa iindleko zokugcinwa.
Umphathi we-IPC iqonga lolawulo lolondolozo olusekelwe kwizixhobo ezininzi ezidityanisiweyo kunye nezilungelelanisiweyo kumgca wokuvelisa, ukwenza ukulungelelanisa, ukuhanjiswa, ukusebenzisana, kunye nokusebenza ngokuzenzekelayo. Isebenzisa isakhelo setekhnoloji esemgangathweni ye-IoT, ixhasa izixhobo ezininzi zemizi-mveliso kwisiza kunye nezixhobo ze-IoT, ibonelela ngolawulo lwesixhobo esikhulu, ukuhanjiswa kwedatha ekhuselekileyo, kunye nobuchule obusebenzayo bokwenza idatha.
Ngenkqubela phambili eqhubekayo ye "Industry 4.0," izixhobo eziphezulu zeteknoloji ezikhokelwa ziirobhothi nazo zingenisa "ixesha lasentwasahlobo." Iirobhothi ze-industrial humanoid zinokuphucula iinkqubo zokuvelisa eziguquguqukayo kwimigca yemveliso, eqwalaselwa kakhulu lishishini lemveliso ekrelekrele. Iimeko zesicelo se-APQ ezivuthiweyo nezisebenzisekayo kunye nezisombululo ezidibeneyo, kunye ne-E-Smart IPC ingcamango yoovulindlela edibanisa i-hardware kunye nesofthiwe, iya kuqhubeka nokubonelela ngokuzinzile, okuthembekileyo, okunengqondo, kunye nokukhusela "iingqondo eziphambili" kwiirobhothi ze-humanoid zoshishino, ngaloo ndlela uxhobisa idijithali. ukuguqulwa kweemeko zezicelo zemizi-mveliso.
Ixesha lokuposa: Jun-22-2024