片语

overlapping receptive field重叠感受野

receptive field functions感受域函数

receptive field function能容纳的区域函数

artificial retinal receptive field人工视网膜感受野

excitatory receptive field兴奋性感受野

auditory spatial receptive field听空间感受野

local receptive-field network局部区域网络

receptive e field感受野

responsive receptive field反应感受区

英汉例句

• major topics: striate cortex receptive field organization, cytoarchitecture, modular organization, imaging.

  主要题目：纹状皮质接收区组成，细胞结构，模型组成，成像。

• by applying this model to study the directional selectivity of r3 neurons, the effect of spatiotemporal characteristics of the receptive field on moving-object perception was discussed.

  讨论了运动目标的检测机制和r3神经元方向选择性响应的形成原因，并分析了感受野时空特性对运动目标检测的影响。

• the receptive field (rf) theory and the lateral inhibition (li) mechanism are of the same view.

  论证了感受野（rf）学说和侧抑制（li）理论的本质一致性。

• receptive field (rf) is the basic structural and functional unit for signal processing in visual system.

  感受野是视觉系统信息处理的基本结构和功能单元。

• based on sircnn, a new algorithm of detecting edges is provided. in terms of the features of receptive field of vision cells, suitable forward templates are generated.

  在sircnn模型的基础之上，提出了一种新的图像边缘检测算法，根据视觉系统中视觉细胞感受野的生理特性，设置了合理的模板参数。

• the artificial receptive field was further applied to construct the image system and had detected successfully image edge.

  进一步用该人工感受野构建一个图像边缘检测系统，并成功地用该系统检测到图像边缘。

• this illusion can be explained by a dissonance that takes place in the receptive field of the brain.

  这种错觉可以解释为大脑的感官部位出现了不一致。

• because the area of classical receptive field (crf) is very small, theory of crf has a limitation to explain extensive integration of features in images.

  由于感受野面积很小，经典感受野理论在解释大范围复杂图像信息特征整合时有很大局限性。

• combining cmac addressing schemes with fuzzy logic idea, a general fuzzified cmac(gfac) is proposed, in which the fuzzy membership functions are utilized as the receptive field functions.

  在保留cmac原有增强和局部特性的基础上，结合模糊逻辑的思想，采用模糊隶属度函数作为接收域函数，提出了一种广义模糊小脑模型神经网络（gfac）。

• major topics: anatomy and physiology of the retina, ganglion-cell receptive field organization, pre-ganglionic elements.

  主要题目：视网膜的解剖和生理，神经节细胞接收区组成，前神经节元件。

• the results will be helpful to research the mechanism of the gc receptive field and to improve the design of the image system based on the visual principle.

  本文的结果将为gc感受野视觉计算原理的进一步探索，以及以视觉原理为依据的图象技术的改进提供帮助。

• in vivo whole cell recording shows that pairing visual stimuli with spiking of single cortical neurons can change the receptive field property of the neuron.

  在体膜片钳的实验结果表明，将视觉刺激与能够诱发单个视皮层神经元发放动作电位的电刺激相偶联可以改变神经元的感受野特性。