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The Mechanism of Orientation Detection Based on Dendritic Neuron

机译:基于树突神经元的取向检测机制

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The research on orientation recognition of visual systems is of great significance to improve our understanding of biological vision and the human brain. However, the mechanism of orientation recognition in the visual system is still unknown. In this research, we propose a new mechanism to detect the orientation of the object. The orientation detection ganglion neuron is applied to infer the global detection according to the local information. This mechanism is simulated by a dendritic neuron model and a series of experiments are conducted to verify the effectiveness. The experimental results show the ability of this mechanism to detect the orientation of an object regardless of the size and position, which is consistent with most known physiological experimental results.
机译:对视觉系统的定向识别研究具有重要意义,可以提高我们对生物视觉和人类脑的理解。 然而,视觉系统中的取向识别机制仍然未知。 在这项研究中,我们提出了一种检测物体方向的新机制。 根据本地信息应用定向检测神经节神经元以推断全局检测。 该机制由树突神经元模型进行模拟,并进行一系列实验以验证效果。 实验结果表明这种机制检测物体的取向性的能力,无论尺寸和位置如何,这与最着名的生理实验结果一致。

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