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Shin nan da nan kasar Sin zata iya hasashen Girgizar Kasa?

binciken na'urar3
binciken na'urar3

Tsammani na girgizar ƙasa na iya kiyaye mutuwa mai yawa da bala'i. Amsar na iya zuwa daga China ta AETA

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  1. Girgizar ƙasa na iya zama mai ɓarna kuma tun daga zamanin yau, fata ne a sami tsarin da zai iya yin hasashen daidai da irin bala'in.
  2. Wani kamfanin kasar Sin mai suna Acoustic Electromagnetic Zuwa AI'. na iya samo mafita
  3. A cikin 2020, manyan ƙungiyoyi 10 sun sami daidaitattun ƙimar sama da 70% don YES / NO buga-ƙimar, babban wuri daidai, da girma.

Kwanan nan, ƙungiyar bincike daga Jami'ar Peking ta fara aiki da tsarin da aka tsara don yin hasashen girgizar ƙasa kwanaki kafin su faru tare da kyakkyawan sakamako mai faɗi. Mutane sun fara ƙaura zuwa duniyar dijital don amfani da manyan bayanai da horar da AI don taimakawa ɗan adam ƙwarai.

Researchungiyar binciken sun sanya wa wannan aikin suna ATA, wanda ke tsaye 'Na'urar Electromagnetic Zuwa AI'. Tawagar ta fara wannan aikin ne daga shekarar 2010, bayan mummunar girgizar kasa da ta afkawa Sichuan da Qinghai, wadanda suka shafi rayukan mutane sama da 400,000.

A cikin shekaru 4 da suka gabata, kungiyar AETA ta tura sama da 300 + tsarin azanci, wadanda aka yi amfani da su don tattara bayanai na hanyoyin sauti da na lantarki a yankunan da girgizar kasa ta shafa galibi a yankin Sichuan, yanzu sama da 3TB an tattara bayanai.

Tare da wannan bayanan, ƙungiyar ta sami damar horar da algorithms ɗin su don tantancewa ta hanyar bayanan da suka gabata wanda ya haifar da, yayin, da kuma bayan girgizar ƙasa, koyar da algorithm don yin hasashen girgizar ƙasa ta gaba ta amfani da ainihin lokacin bayanai.

A cikin 2020 ƙungiyar AETA ta shirya gasa ta watanni 9, tare da gayyatar jami'o'in Sin, cibiyoyin bincike, da ɗalibai don shiga. Aungiyar AETA ta raba duk bayanan da aka tattara a cikin shekaru 4 da suka gabata, tare da takaddun lokutan da aka gano girgizar ƙasa. Daga nan suka baiwa ƙungiyoyin damar yin rayuwa kai tsaye kuma suka sa masu fafatawa su gabatar da sakamakon su. 

Daidaitaccen algorithm daga kowace ƙungiya an ƙaddara akan mahimman abubuwa 3: Da fari dai, ƙimar YES / NO don ko girgizar ƙasa zata faru, na biyu, cibiyar girgizar ƙasar, kuma na uku, girman girgizar. Waɗannan ma'aunun 3 suna ƙayyade ƙimar nasarar ƙungiyar. 

A cikin 2020, manyan ƙungiyoyi 10 sun sami daidaitattun ƙimar sama da 70% don YES / NO buga-ƙimar, babban wuri daidai, da girma. 

A halin yanzu, kungiyar AETA ta ƙaddamar da sabon gasa don 2021, tare da gayyatar al'ummomin duniya da su yi rajista kuma su shiga. Rijistar gasar 2021 a bude take kuma zai kasance har zuwa 31 ga Maris.

Tsarin AETA na azanci shine ya ci gaba ta hanyar SVV, ci gaban kayan aikin kere-kere, da kamfanin kere-kere. Bugu da ƙari, aikin AETA ya jawo hankalin CSDN, Capgemini, da sauran cibiyoyi da yawa. 

Aungiyar AETA, da abokan haɗin gwiwa, sun haƙƙaƙe cewa za mu warware asirin da ke tattare da hasashen girgizar ƙasa, kuma mu fara faɗaɗa wannan bayani a duk faɗin duniya, don ceton miliyoyin rayuka a nan gaba. 

China ƙasa ce da ke yawan girgizar ƙasa da kuma yankunan da ke da lahani sosai. Girgizar ƙasa, musamman ma manyan girgizar ƙasa, na iya haifar da mummunar illa ga rayuka da dukiyoyin mutane da zarar sun faru a yankunan da ke da yawan jama'a ba tare da sanin mutane ba. Yana da matukar kalubale kuma yana da matukar kimar kimiyya da mahimmancin zamantakewar al'umma don aiwatar da aikin bincike na hangen nesa, nazarin daidaito, bincike kan hanyoyin magabata da kuma tsarin hasashen abubuwa uku game da girgizar kasa da matsalar hasashe.

Cibiyar Bincike da Fasaha ta Fasaha da Makarantar Digiri ta Jami’ar Peking ta Shenzhen Graduate School ta kirkiro wata babbar hanyar da ke tattare da wutar lantarki da tsarin sanya ido na geo-acoustic, mai suna tsarin sa ido da hasashen girgizar kasa da yawa AETA.

AETA, takaice don Acoustic & Electromagnetism To AI, tsarin ya hada da:

  • aaya daga cikin binciken firikwensin binciken sauti: don tattara bayanan geo-acoustic
  • sensoraya daga cikin binciken firikwensin lantarki: don tattara bayanan rikicewar lantarki
  • terminaya daga cikin na'urori masu amfani: ta haɗu da na'urori masu auna firikwensin ta hanyar kebul, don aiwatar da bayanai, adana ɗan lokaci da lodawa (ta hanyar USB, wifi ko cibiyar sadarwar 3 / 4G)
  • adana bayanai: a halin yanzu ana amfani da AliCloud

Tun daga shekarar 2016, an tura saiti 300 a wasu yankunan da ke fama da girgizar kasa a kasar Sin, daga ciki aka kafa saiti 240 a Sichuan / Yunnan da lardunan da ke makwabtaka da ita, sannan aka kafa sittin a wasu wuraren. Za'a tura wasu tsarin da zaran an samu karin kudade. A yanzu haka, an tattara bayanai 60TB, kuma ana karbar 38GB na bayanai kowace rana. Mun gano wasu halaye na sigina masu alaƙa da girgizar ƙasa tare da halaye masu saurin girgizar ƙasa. Dangane da waɗannan binciken, an yi hasashen yiwuwar girgizar ƙasa mai ƙarfi. Kodayake an sami ci gaba, maganin matsalar hasashen girgizar kasa da hango nesa da hasashen na bukatar karin bincike da bincike.

Nufa

"AETA Girgizar Kasa Tsinkaya AI Algorithm Competition" na nufin hakar daidaituwa tsakanin bayanan lura na farko da girgizar kasa abubuwa uku ta hanyar sabbin dabarun zamani, gano alamomi mara kyau da kuma alamomin da suka shafi girgizar kasa da ke tafe, da kuma gina tsarin hasashen girgizar kasa bisa bayanan lura da tarihi da kasidar girgizar kasa, fata na inganta maganin matsalolin kimiyya na hasashen girgizar ƙasa da hasashe. A lokaci guda, muna kuma fatan cewa ta hanyar wannan gasa, karin hankali da kuma halartar mutane daga kowane bangare na rayuwa suna da hannu kuma za a yi amfani da sabbin fasahohi da hanyoyi a cikin hasashen girgizar ƙasa da hangen nesa.

Matsala da Bayanai

Hasashen girgizar kasa na mako mai zuwa a kowace Lahadi dangane da bayanan tarihi daga cibiyar sadarwar AETA a yankin Sichuan da Yunnan. Girman girgizar ƙasa da aka nufa ya kamata ya fi girma ko ya fi 3.5 girma. Yankin da aka nufa shine 22 ° N -34 ° N, 98 ° E -107 ° E. Don girgizar kasa mai girman 3.5 ko mafi girma a yankin da aka nufa, ba za a kirga ta ba idan babu tashar AETA a cikin kilomita 100.

Bayanan horo don ƙirar ƙira

Za a ba da nau'ikan nau'ikan bayanan fasalin rikice-rikicen lantarki da na geo-acoustic guda 91 ga dukkanin rukunoni. Lokaci tsakanin kowane bayanai mintuna 10 ne wanda akayi alama da timestamp. Za a ƙayyade ƙayyadaddun bayanan fasali nau'ikan 91 a cikin fayil ɗin da aka karanta ni. Lokaci na bayanai daga Oktoba 1 ga 2016 zuwa Disamba 31th 2020. Bugu da kari, an kuma ba da kundin girgizar ƙasa na ≥3.5 abubuwan girgizar ƙasa a yankin da ake niyya. Littafin kasusuwan girgizar kasa daga Cibiyar Sadarwar Girgizar Kasa ta China (CENC, http://news.ceic.ac.cn)

Bayanai na ainihi don tsinkaya

Daga Janairu 1th 2021, za a sabunta nau'ikan bayanan fasali har guda 91 na hargitsi da wutar lantarki a kowane mako. Teamungiyoyi zasu iya sauke bayanai ta mako. Akwai hanyoyi biyu don saukar da bayanai. Isaya shine sauke bayanai daga gidan yanar gizo da hannu. Oneayan kuma shine zazzage bayanai ta atomatik ta hanyar shiga sabar bayanan ta hanyar aiwatarwa wanda mai watsa shiri zai kawo. Hakanan ana iya ƙaddamar da tsinkayen kowane mako ta hanyoyi biyu kamar zazzage bayanai

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Juergen Thomas Steinmetz ya ci gaba da aiki a masana'antar tafiye-tafiye da yawon buɗe ido tun yana saurayi a Jamus (1977).
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