神經沖動發放 的英文怎麼說
中文拼音 [shénjīngchōngdòngfāfàng]
神經沖動發放
英文
nervous discharge-
Firstly, the paper, combining the characteristic of synchronous pulse bursts and inhibition with the modified pcnn model, presents a way of finding the foveation points in the images adaptively and effectively, and simulates the human vision system. secondly, pcnn is extended to pcnns, based on the properties of information couple and transmission, an algorithm that is used to fuse images of the same target got by several sensors to an image is presented to simulate the human vision system. thirdly, combining the properties of synchronous pulse bursts, capture, and transmission and competition of waves, the paper presents two ways of classification, one is an algorithm based on the properties of neuron to capture and inhibit to classify the data taking on any complex unlinear distribution robustly, the other is based on the restricted distance and modified of the former to remove the influence of inferior samples in classification ; fin ally, based on the accumulative difference pictures, and the forming and transmission of pcnn wave, selecting and controlling the direction of autowave by connecting the neighbouring neurons selectively, the paper presents a way to simulate the tracks of moving object and detect the moving direction
首先結合pcnn的同步脈沖發放和側抑制特性，提出了基於改進型pcnn的圖像凹點檢測演算法，該演算法是一種自適應而有效的圖像凹點檢測方法，並且較好地模擬了人類視覺系統；然後，結合信息傳遞和信息耦合特性，將pcnn擴展成pcnns （ pcnn網路群） ，提出了一種基於pcnns的圖像融合演算法，能夠將多個傳感器獲取的同一目標的圖像信息融合到一幅圖像中，有效模擬了人類視覺系統；另外，結合pcnn的同步脈沖發放特性、捕獲特性和波的傳播競爭特性，開拓地將pcnn用於模式分類中，提出了基於耦合神經元點火捕獲抑制特性的分類方法和改進的約束距離下的pcnn分類方法，前者可實現對樣本空間中任意復雜分佈訓練樣本的穩健非線性分類，而後者能夠消除訓練樣本中刺點對分類的影響；最後，結合累積差分圖像思想、 pcnn波的形成與傳播特性，通過各神經元之間連接取向來選擇與控制自動波的流向，將pcnn用於運動視覺分析中的運動軌跡模擬及運動方向檢測。Sympathetic innervation of the juxtaglomerular apparatus in the kidney releases renin ; angiotensin stimulates autonomic centers in the brain to increase sympathetic discharge
腎臟腎小球旁體的交感神經支配釋放腎素；血管緊張素刺激大腦自主中樞，增加交感沖動發放。An influence on a post - synaptic neuron which enhances the probability that the neuron emits a spike
對突觸后神經元的一種影響，它增強神經元發放沖動的概率。The impetus for this change, he theorizes, was not an encounter with another hominid type ( for by this time in africa, h. sapiens was free of competition with other human species ) but rather a genetic mutation some 50, 000 years ago that altered neural processes and thereby unleashed our forebears ' powers of innovation
克萊恩的理論是，那次轉變的動力，不是與另一種人類的沖突，因為那時非洲已經沒有其他的人類了，而是五萬年前智人基因組發生的一個突變，那個突變改變了神經過程，將我們祖先的創造天賦釋放出來。分享友人