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Simulation Study of CPG Model: Exploring of a Certain Characteristics of Rhythm of Gait Movement on the Intelligent Creature

机译:CPG模型的仿真研究:智能生物节奏探索节奏的探索

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摘要

Movement of the intelligent beings is various, which is divided into two major types: the rhythmic movement and the non-rhythmic movement. The generation of the rhythmic movement uncertain is induced by the responding signals of the peripheral neural receivers, but is generated spontaneously by the central pattern generator (CPG). CPG not only can generate the rhythmic movement, but also can change the frequency and pattern of movement. This paper is based on the revised CPG neural network model which has relation with the movement of legs. We carry on a series of computer number analysis and imitation to further elaborate many characteristics of the rhythmic movement. The research results show that three greatest characteristics of the rhythmic movement respectively are: rhythm, coordination and variety. The paper further reveals the biological properties of gait movement on the intelligent beings and the characteristics of various rhythmic movements.
机译:智能产物的运动是各种各样的,分为两种主要类型:节奏运动和非节奏运动。由外围神经接收器的响应信号引起的节奏运动不确定,但是由中心图案发生器(CPG)自发地产生。 CPG不仅可以产生节奏运动,还可以改变运动的频率和模式。本文基于修订的CPG神经网络模型,与腿部的运动有关。我们携带一系列计算机号分析和模仿,以进一步详细阐述节奏运动的许多特征。研究结果表明,节奏运动的三个最大特点是:节奏,协调和品种。本文进一步揭示了在智能生物上的步态运动的生物学特性和各种节奏运动的特征。

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