Iinjineli kwiMassachusetts Institute of Technology Artificial Intelligence Laboratory (MIT CSAIL) ziye zaphuhlisa "indawo ehlakaniphileyo" ebizwa ngokuba yi-RFocus "enokuthi isebenze njengesibuko okanye i-lens" ukugxila kwiimpawu zerediyo kwizixhobo ezifunwayo.
Okwangoku, kukho ingxaki ethile ekuboneleleni ngonxibelelwano olungenazingcingo oluzinzileyo kwizixhobo ezincinci, ngaphakathi apho kungekho ndawo yokubeka ii-eriyali. Oku kunokulungiswa ngu "smart surface" RFocus, inguqulelo yovavanyo eyandisa umndilili wamandla esignali phantse ngamaxesha e-10, ngelixa ngaxeshanye iphinda kabini umthamo wetshaneli.
Endaweni yee-eriyali ezininzi ze-monolithic, abaphuhlisi be-RFocus basebenzise ngaphezu kwe-3000 yee-eriyali ezincinci, bezongezelela nge-software efanelekileyo, ngenxa yokuba bakwazi ukuphumeza ukwanda okubalulekileyo kwamandla omqondiso. Ngamanye amagama, i-RFocus isebenza njengomlawuli wesikhokelo obekwe phambi kwezixhobo zomthengi wokugqibela. Ababhali beprojekthi bakholelwa ukuba uluhlu olunjalo luya kuba lungabizi kakhulu ukuvelisa, ekubeni iindleko ze-antenna nganye encinci iisenti ezimbalwa kuphela. Kuqatshelwe ukuba i-RFocus prototype isebenzisa amandla amancinci xa kuthelekiswa neenkqubo eziqhelekileyo. Kwakunokwenzeka ukufezekisa ukunciphisa ukusetyenziswa kwamandla ngokuphelisa i-amplifiers yesignali kwinkqubo.
Ababhali beprojekthi bakholelwa ukuba inkqubo abayenzileyo, eveliswe ngohlobo "lwephepha lodonga oluncinci," lunokufumana usetyenziso olubanzi, kubandakanywa kwi-Intanethi yeZinto (IoT) kunye nonxibelelwano lwesizukulwana sesihlanu (5G), ukubonelela ngokwandisa. yomqondiso ogqithiselwe kwizixhobo zabasebenzisi bokugqibela. Akukacaci ukuba ngaba abaphuhlisi balindele ukusungula nini indalo yabo kwimarike yorhwebo. Ukuza kuthi ga ngoku, kuya kufuneka bagqibe ukuyila imveliso yokugqibela, benze inkqubo ibe yesebenza kakuhle kwaye ibe nomtsalane kangangoko kubathengi abanakho.
umthombo: 3dnews.ru