Akuyomfihlo ukuba amabala edabi avelisa izandi ezininzi. Yiyo loo nto amajoni kule mihla ehlala enxiba i-headphones ezindlebeni ezikhusela ukuva kwabo ngetekhnoloji ehlakaniphile yokurhoxisa ingxolo. Nangona kunjalo, le nkqubo nayo ayikuncedi ukufumanisa ukuba utshaba olunokuthi lube phi kuwe, kwaye ukwenza oku ngaphandle kwee-headphones kunye nezandi eziphazamisayo akusoloko kulula. Itekhnoloji entsha ijolise ekusebenziseni i-headphones yasemkhosini ngokubambisana ne-smartphone ukusombulula le ngxaki.
Eyaziwa ngokuba yi-Tactical Communication kunye ne-Protective Systems (TCAPS), ii-headphones ezikhethekileyo ezisetyenziswa ngumkhosi zidla ngokuba neemakrofoni ezincinci ngaphakathi nangaphandle komsele wendlebe nganye. Le mibhobho yesandisi-lizwi ivumela amazwi amanye amajoni ukuba adlule ngaphandle kokuphazanyiswa, kodwa ngokuzenzekelayo avule isihluzo se-elektroniki xa esiva izandi ezingxolayo, njengesixhobo esidubulayo salowo usisebenzisayo. Nangona kunjalo, ngamanye amaxesha banokwenza kube nzima ukuqonda ukuba umlilo wotshaba uvela phi. Olu lulwazi olubalulekileyo kuba luvumela amajoni ukuba angazi kuphela icala ekufuneka abuyele kulo, kodwa nalapho kufuneka afune ukhuseleko.
Inkqubo yovavanyo eyenziwe kwiFrench-German Research Institute yaseSaint-Louis ijolise ekuncedeni amajoni kulo msebenzi. Umsebenzi wakhe usekwe kwinto yokuba izixhobo zomkhosi zanamhlanje zivelisa amaza amabini esandi xa zidutyulwa. Eyokuqala liza le-supersonic shock wave elihamba likwimilo yekhowuni phambi kwebhulethi, elesibini liza lomlomo elilandelayo eliphuma macala onke ukusuka kumpu ngokwawo.
Isebenzisa imibhobho yesandisi-lizwi ngaphakathi kwee-headphone zomkhosi ezinobuchule, le nkqubo intsha iyakwazi ukulinganisa umahluko wexesha phakathi kwamaza amabini afika kwindlebe nganye yejoni. Le datha idluliswa ngeBluetooth kwisicelo kwi-smartphone yakhe, apho i-algorithm ekhethekileyo iya kugqiba isalathiso apho amaza avela khona kwaye, ngoko ke, isalathiso apho umdubuli ekhoyo.
"Ukuba yi-smartphone eneprosesa elungileyo, ixesha lokubala lokufumana i-trajectory epheleleyo malunga nesiqingatha sesibini," utshilo uSΓ©bastien Hengy, isazinzulu esikhokelayo kule projekthi.
Itekhnoloji ngoku ivavanyiwe ebaleni kwimibhobho ye-TCAPS enezithuba, kunye nezicwangciso zokuyivavanya kwimodeli yentloko yejoni kamva kulo nyaka, kunye nokuthunyelwa kokusetyenziswa emkhosini ngo-2021.
umthombo: 3dnews.ru