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Modern Methods Control and Diagnostics of Hoisting-Machines with Application of Artificial Intelligence Methods

机译:人工智能方法在起重机械现代控制与诊断中的应用

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The paper present’s an analysis of the possibility an application of chosen artificial intelligence methods in control, automatics and diagnostics systems of hoisting-machines The analysis is limited to: fuzzy logic control, genetic algorithms, and modern neural networks II and III generation methods. These methods assure realization of complicated algorithms a control of hoisting -machine with assurance of energy-saving operating conditions, monitoring of exploitive parameters, and predictive diagnostics of technical state a hoisting -machine, reducing a number of damage states. In paper present’s an idea of control system and diagnostics of machine basing on method: fuzzy- logic neuro system of the control circuit (fuzzy logic control in neural networks). In the paper present’s a chosen of control algorithms, and results of computer simulations of chosen mathematical models of hoisting-machine.
机译:本文分析了所选人工智能方法在起重机械的控制,自动和诊断系统中的应用可能性。分析仅限于:模糊逻辑控制,遗传算法以及现代神经网络II和III生成方法。这些方法可确保实现复杂的算法,控制起重机械并确保节能的运行条件,监控开采参数以及对起重机械的技术状态进行预测诊断,从而减少了许多损坏状态。在本文中,我们将基于以下方法提出一种控制系统和机器诊断的想法:控制电路的模糊逻辑神经系统(神经网络中的模糊逻辑控制)。在本文中,我们介绍了所选的控制算法,以及所选提升机数学模型的计算机模拟结果。

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