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The Model of the Automatic Control System for a Treadmill Based on Neural Networks

机译:基于神经网络的跑步机自动控制系统模型

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The article considers several approaches to mathematical modeling of the automatic control system for simulating physical force based on neural networks. The prototype system based on the controlled linear treadmill and a motion capture suit for virtual reality. The study carried out analysis of existing approaches to the management of such systems. A mathematical model of the automatic control system functioning process has been developed to simulate physical forces, taking into account the disadvantages of existing systems. The scientific novelty of the model consists in the use of neural networks to form patterns of changes in the position of control points of a person, allowing to predict his actions and implement an adaptive system of automatic decision-making management to simulate physical force.
机译:本文考虑了基于神经网络模拟物理力的自动控制系统的数学建模的几种方法。基于受控线性跑步机的原型系统和虚拟现实的运动捕捉套装。该研究对这些系统管理的现有方法进行了分析。已经开发了一种自动控制系统运行过程的数学模型来模拟物理力量,考虑到现有系统的缺点。该模型的科学新颖性包括使用神经网络,形成人的控制点位置的变化模式,允许预测他的行动并实现自动决策管理的自适应系统来模拟物理力。

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