冯雪松,向勇.基于多样性增强集成学习的电池健康状态评估[J].电测与仪表,2023,60(9):21-26. Feng Xuesong,Yong Xiang.Evaluation of Battery Health State Based on Diversity Enhanced Integrated Learning[J].Electrical Measurement & Instrumentation,2023,60(9):21-26.
基于多样性增强集成学习的电池健康状态评估
Evaluation of Battery Health State Based on Diversity Enhanced Integrated Learning
In order to improve the evaluation accuracy of battery SOH under the conditions of diversity and small sample data, a diversity-enhanced Stacking integrated learning regression algorithm is proposed based on integrated learning theory. The core idea of the algorithm is to build diversity data through K-means clustering algorithm based on dynamic time warping, and then use Stacking integrated learning regression algorithm to learn the diversity characteristics of the data, obtain better model accuracy, and enhance the model to diversity data Generalization ability. Stacking integrated learning regression algorithm is composed of multiple base learners and an output learner. First, preliminary results are obtained through multiple base learners, and then the primary results are further studied through the output learners to obtain the final results. Finally, the public battery data set of NASA was used to verify the effectiveness of the algorithm.
