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Probability Forecasting of Lithium-ion Batteries Remaining Useful Life by Using the Additive Quantile Regression Model with Splines

机译:用紫红曲面使用添加剂量子回归模型剩余锂离子电池的概率预测

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Batteries play a key role in the reliability of electronic and electrical devices. The remaining useful life prediction is a crucial issue for providing maintenance and replacement for the battery system in time. Different from other existing research that they pay attention to the conditional mean of the remaining useful life, a probability forecasting method based on quantile regression is proposed. This provides an opportunity for a more complete view of the degradation of the lithium-ion battery. The results showed that the additive quantile regression model with splines significantly outperformed the linear quantile regression model.
机译:电池在电子和电气设备的可靠性中起着关键作用。剩余的有用的寿命预测是用于及时为电池系统提供维护和更换的至关重要问题。与其他现有研究不同,他们注意剩余使用寿命的条件均值,提出了一种基于量子回归的概率预测方法。这提供了一种更完整地查看锂离子电池的劣化的机会。结果表明,带有花键的添加剂量子回归模型显着优于线性定位回归模型。

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