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Research on Structure of Humanized Perceptron in Artificial Life

机译:人工生命中人性化感知器结构的研究

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With more analysis on animalȁ9;s perceptive system and the rapid development of bionic sensors, it is possible to study intelligence perceptron based on artificial life. The main research of perceptron in artificial life is to synthesize local and incomplete measurement providing by some homogeneous or heterogeneous sensors which distributing in different areas and states, and then give a relatively uniform sense description of the environment. Because one of the important characters of human sense is active sensing, the study of humanized perceptron is not the simple information fusion, and the sense is not a one-way perception but a cycling one, that is to say, the sense may be process between identification and action. Attention mechanism decides which organ is active, and at the same time, other relative sensors cooperating with this active organ work together actively, so the target will be recognized correctly. In this paper, the concept of humanized perceptron is defined and the function architecture of humanized perceptron is established.
机译:随着对动物9感知系统的更多分析以及仿生传感器的迅速发展,有可能研究基于人工生命的智能感知器。感知器在人工生活中的主要研究是合成由分布在不同区域和状态的一些同质或异质传感器提供的局部和不完整的测量,然后对环境进行相对统一的感官描述。因为人类感知的重要特征之一就是主动感知,所以人性化感知器的研究不是简单的信息融合,感知不是单向感知而是循环感知,也就是说,感知可能是过程的。在识别和行动之间。注意力机制决定哪个器官处于活动状态,与此同时,与此活动器官协作的其他相关传感器也可以共同有效地工作,因此可以正确识别目标。本文定义了人性化感知器的概念,并建立了人性化感知器的功能架构。

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