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Identification of mechanical parameters in servo-drive system

机译:伺服驱动系统机械参数的识别

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In this paper, a novel application of Artificial Bee Colony (ABC) algorithm to identification of mechanical parameters in servo-drive system is presented. The accurate identification of mechanical parameters of servo-drive system is essential for synthesis of the servo-drive’s control system. Several mathematical models, including non-linear one, are applied to identify parameters of considered plant. In the proposed approach, the identification is based on angular velocity response and electromagnetic torque generated by the motor. The identified parameters obtained for several configurations of experimental set, i.e. for different moments of inertia and friction components, were compared with another approaches of identification.
机译:本文介绍了人工蜂菌落(ABC)算法在伺服驱动系统中识别机械参数的新颖应用。 伺服驱动系统的机械参数的精确识别对于伺服驱动器控制系统的合成至关重要。 应用了几种数学模型,包括非线性的模型,用于识别考虑工厂的参数。 在所提出的方法中,识别基于电动机产生的角速度响应和电磁扭矩。 将鉴定的参数用于实验组的几种配置,即对于惯性和摩擦分量的不同矩,与另一种鉴定方法进行比较。

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