Assessment of the accuracy of Chinese and English transfer of circulating energy storage equipment

Abstract With the advancement of globalization, the rapid development of circulating energy has attracted the attention of all walks of life. Timely monitoring of the accuracy assessment in the Chinese and English transfer environment has an extremely important impact on understanding and promoting the development of circulating energy storage equipment. In the process of Chinese and English transfer, the circulation of energy storage equipment has become more convenient and quickly accepted by users because of its wide application. Based on this background, this study proposed an ICE-LDA model based on the LDA model for developing accuracy assessment in Chinese and English transfer. Through the method of transfer assessment in Chinese and English, the detection of transfer information in Chinese and English and the similarity of accuracy distribution are measured. This study will model the transfer data collected in Chinese and English. In this process, this study will use the TF-IDF algorithm to extract the transfer information in circulating energy storage devices to improve the accuracy of Chinese and English.