Kubonakala ngathi amandla amaqonga anjengeRaspberry Pi okanye iArduino ayizukulinela uluntu lwanamhlanje, into ekuhambeni kwexesha ibonakalisiwe ukuba ayiyonyani. Nditsho oku kuba, kungqinelana nje nokufika kwabo kwintengiso, uninzi lweenkampani ezinkulu ezazibabiza ngokuba lishishini elingenangqondo, eli jonga olu hlobo lwecandelo lentengiso ngamehlo amahle kakhulu.
Kule meko ithile ndifuna ukukubonisa iprojekthi esele ihambile kunale besiyiqhelile ukusukela oko umenzi ephumeleleyo, usebenzisa ibhodi yeArduino, lingisa ukusebenza kunye nokuziphatha kweyona ngqondo indala kwilizwe elaziwayoOko kukuthi, yingqondo yombungu, ngakumbi olohlobo lwaziwa njengeCaernorhabditis elegans.
UNathan Griffith ukwazile ukulingisa ukusebenza kwengqondo yombungu kwirobhothi enkosi kwibhodi yeArduino
Lo mbungu unegama elingenakuthelekiswa nanto lolwenye yeentlobo ezinezona ngqondo zakudala sizaziyo, into eguqulela kwingqondo ethi, ngenxa yenani layo elincinci le-neurons, kunzima ukuyijonga njengengqondo kuba inayo kuphela I-302 neurons. Ukuba oku sikubeka ngokwembono, kuqikelelwa ukuba ingqondo yomntu inee-neurons ezingama-86 ezigidigidi ngelixa, umzekelo, iyimpukane, inee-neuron ezingama-300.000.
Le projekthi, equlunqwe kwaye yenziwa nguNathan Griffith, isebenzisa amathuba ngokulula kwimisebenzi enokwenziwa ngulo mbungu, ukulinganisa ukusebenza kwengqondo yayo ngoncedo lwebhodi yeArduino. Njengoko kuchaziwe ngumbhali weprojekthi, konke ekufuneka ekwenzile kukuqonda oko ii-neurons zisabela kwisikhuthazo esishukumisayo Kwaye kufuneka ndizihlengahlengise ezi mpendulo zingama-302 kwibhodi yeArduino.