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Masana kimiyya sun gina guntun wucin gadi wanda zai iya gane siginar na halitta a cikin ainihin lokaci

Teamungiyar bincike daga Zurich ta kwanan nan ta kirkiro da wani karamin aiki, mai samar da makamashi da aka yi da neurinons na wucin gadi wanda zai iya haihuwar kwakwalwa. Cire guntu yana amfani da bayanai da aka rubuta daga raƙuman ƙwaƙwalwar ƙwaƙwalwa tare da vpilesy don gano waɗanne wuraren kwakwalwa ne ke haifar da tashin hankali. Wannan yana buɗe sabon yanayin aikace-aikacen don magani.











Algorithms na cibiyoyin sadarwa na yanzu suna haifar da sakamako mai ban sha'awa da kuma taimakawa magance matsaloli masu ban mamaki. Koyaya, na'urorin lantarki da aka yi amfani da su don gudanar da waɗannan algorithms har yanzu suna buƙatar babbar iko aiki. Idan ya zo ga aiki na yau da kullun ko hulɗa tare da yanayin, waɗannan tsarin bayanan sirri (AI) kawai ba zai iya yin gasa tare da ainihin kwakwalwar ba. Injiniyan neuromorphic ne mai sanya sabon hanyar da ke gina gada tsakanin bayanan sirri da hankali.

Teamungiyar bincike ta hanyar sadarwa a Jami'ar Zurich, Eth Zurich da asibitin Jami'ar Zurich sun yi amfani da wannan hanyar don inganta fasahar neuromorppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppphic wanda zai iya gano ra'ayoyin ilimin halitta. Masana kimiyya sun sami damar yin amfani da wannan fasaha don gano yadda aka rubuta ospilation da aka rubuta (HFO). Waɗannan takamaiman raƙuman ruwa, waɗanda aka ambata ta amfani da etracranial OldomphalograralgurourourograGrararagrarobal don gano cewa yana haifar da ciyawar kwakwalwa.

Masu binciken sun fara tsara wani algorithm don gano HFO ta hanyar simulating hanyar sadarwa na kwakwalwa na kwakwalwa: karamin karamin abu-da ake kira karye -arinta (snn). Mataki na biyu shine aiwatar da sna a cikin kayan aikin ƙiren-sized wanda ya karɓi siginar nitsar. Ba kamar kwamfyutocin gargajiya ba, yana da babban ƙarfin kuzari. Wannan yana sanya lissafi tare da ƙuduri mai tsayi sosai ba tare da dogaro da Intanet ko compruting girgije ba.

Gioomo Indisive, wani farfesa a Cibiyar Neuroinformics a Jami'ar Zurich da Eth Zurich, ya ce: "Kirkirarmu tana ba mu damar fahimtar tsarin Spatiotement a cikin ainihin lokaci."

Masu binciken yanzu suna shirin amfani da binciken su don ƙirƙirar tsarin lantarki don ganowa da saka idanu a HFOs a cikin ainihin lokaci. Lokacin amfani dashi azaman ƙarin kayan aiki na bincike a cikin ɗakin aiki, tsarin zai iya inganta sakamakon ayyukan neurostarmy.

Koyaya, wannan ba shine kawai yankin inda shaidar HFO zata iya taka muhimmiyar rawa ba. Manufar kungiyar ta zamani ita ce samar da na'urar don sa ido a kan asibitin, wanda zai sa ya yiwu a bincika sigina da yawa a cikin 'yan makonni ko watanni.

Johannes Sarrhein, wani masanin ilimin halitta a asibitin Jami'ar Zurich, ya yi bayani: "Muna so mu hada da sadarwa mai ƙarancin ƙasa a cikin ƙira - misali, don haɗa shi zuwa wayar hannu. Cigage ko wanda aka makala kamar wannan zai iya gane babbar ƙira. High ko ƙananan lokaci, wanda zai ba mu damar samar mana da keɓaɓɓen magani. "