聯合神經元 的英文怎麼說

中文拼音 [liángěshénjīngyuán]
聯合神經元 英文
association neurone
  • 聯 : Ⅰ動詞（聯結; 聯合） unite; join Ⅱ名詞（對聯） antithetical couplet
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 神 : Ⅰ名詞1 （神靈） god; deity; divinity 2 （精神; 精力） spirit; mind 3 （神氣; 神情） expression; l...
  • 經 : 經動詞[紡織] （把紡好的紗或線梳整成經紗或經線） warp
  • 聯合 : 1 （聯系使不分散;結合） unite; ally 2 （結合在一起） alliance; union; coalition 3 （共同） joint;...
  • 神經 : nerve; nervus
  1. Monosynaptic transmission between mesodicncephalic neurons and motoncurons innervating extraocular inferior oblique muscle in cats

    貓中間腦結合部神經元與眼球下斜肌運動神經元的直接突觸聯系
  2. Lee, c. m., w. k. wong, and h. s. fong, automatic character recognition for moving and stationary vehicles and containers in real - life images, proc. international joint conference on neural networks ijcnn 99, washington, d. c., july, 1999

    李春茂博士，黃永健及方克信博士於1999年7月在華盛頓特區舉行的人工神經網路國際聯合會議ijcnn 99特刊中發表即時圖像中移動和固定車輛及集裝箱的字元自動識別專題論文。
  3. Bottom - up processing and feature detecting theory based on strong electrophysiological evidences has played a dominant role in the visual research for long time. people know top - down processing just by common sense. knowledge or experience are recalled from memory by reactivation of their neural representations and affected visual processes. however recently, researches from human and monkey provide experimental evidences for top - down processing. first, mnemonic representation of visual objects and faces, located in the ventral processing stream of visual perception in monkey, provide the best evidences of how neuronal codes are created by neurons that have the special ability to link the representations of temporally associated stimuli ; second, experiments suggest that not only bottom - up signals from the retina but also top - down signals from the prefrontal cortex can trigger the retrieval of associative codes, which may serve as a neural basis both for the conscious recall and for the visual processes affected by top - down processing further studies will improve people s understanding of the causal relation of activation and behavior by use of combined fmri and electrophysiology or lesion studies

    聯想性編碼是通過學習由一些具有特殊功能的神經元建立的，這些神經元具有將時間性關聯刺激的表徵聯系起來的能力。其次，不僅來自視網膜的底-頂信號，而且來自前額葉的頂底信號都能觸發聯想性編碼的提取，既可以作為有意識回憶的神經基礎，又是頂-底加工影響視覺過程的基礎。腦損傷病人研究具有高時間解析度的人類功能性核磁共振成像functional magnetic resonance imaging ， fmri和猴fmri研究以及猴細胞電生理分析相結合，將進一步加強人們對視覺腦機制的全面理解。
  4. In 1987, since b. kosko defined the ‘ max - min ’ neural networks as the fuzzy associative memories, the research has been attracted many scholar ’ s attention. fuzzy associative memories models integrate the advantages of both fuzzy systems and neural networks in dealing with information

    1987年， kosko提出了基於max - min模糊運算元對的模糊聯想記憶網路，首次有機地將模糊系統與神經網路結合起來，這樣做兼有兩者處理信息的優點。
  5. In 48 orientation neurons, l9o / o neurons changed their orientation selectivity by disappearing, narrowing orientation range, widening orientation range, shifting preferred orientation or appearing orientation selectivity after electrical stimulation of the basal amygdala

    杏仁復合體可通過杏仁基底核與視皮層直接的神經聯系調制視皮層神經元的電活動特性，也可能經由其他途徑對其施加影響。
  6. In order to overcome the chattering phenomenon, a new approach with saturation boundary layer and adaptive variable structure control with twin - neuron ( avsct ) is proposed. the neuron adaptive psd intelligenc control algorithm is proposed for the first time in double adaptive neuron vsc controller and adopted method which separately adjusting learning rate in study of submarine combined maneuvering control system of near - surface

    針對變結構控制存在抖動的缺點，首次提出了用飽合邊界層和自適應雙神經元變結構控制器（ adaptivevariablestructurecontrolwithtwin - neuron簡稱avsct ）的設計方法，並將其應用於潛艇空間運動聯合控制系統中。
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