1·Receptive field tested was simple and not very large.
感受野为简单型，并且不很大。
2·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。
3·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。
4·Visual attention; Contour detection; Non-classical receptive field; Multi-scale analysis; Visual monitoring platform.
视觉注意； 轮廓检测； 非经典感受野； 多尺度分析； 视觉监测平台。
5·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。
6·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。
7·Then, a new neighboring effect term was constructed to characterize the neighboring interactions of the neurons in receptive field.
然后通过构造一个新的邻域影响因子来描述感受野神经元间的相互影响。
8·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。
9·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。
10·To order to reduce cluttered and textured elements, we present a method for suppressing texture edges via dynamic properties of recurrent inhibition in non-classical receptive field.
为了减少背景中的纹理边缘成分并突出区域的边界，本文利用非经典感受野循环抑制的动态属性提出了一种纹理抑制方法。