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Evaluation model of new energy vehicle teaching effect based on artificial intelligence

Haili Tang, Xiaojuan Cao and Ruyi Zhang
Pages: 1-10Published: 23 Jan 2025
DOI: 10.33430/V31N3THIE-2024-0026
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Tang HL, Cao XJ and Zhang RY, Evaluation model of new energy vehicle teaching effect based on artificial intelligence, HKIE Transactions, Vol. 31, No. 3 (Theme Issue), Article THIE-2024-0026, 2025, 10.33430/V31N3THIE-2024-0026

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Abstract:

As a compulsory course, the new energy vehicle course should be reformed in regard to the teaching methods and content. This paper summarises the characteristics of this course based on the author's practice. This project studies the new energy vehicle teaching cloud evaluation method based on a big data environment. The reverse cloud generator and cloud synthesis algorithm are used to build a new energy vehicle teaching evaluation system. Secondly, based on determining the weight cloud of the teaching evaluation index and task weight cloud, the cloud computing rules are used to generate the singletask teaching evaluation cloud and the multi-task complex teaching evaluation cloud, respectively. The complex teaching choices are evaluated and optimised. An example shows that the proposed algorithm is practical and reasonable. This paper's research results will help evaluate the quality of education more comprehensively and promote the smooth progress of education reform.

Keywords:

Big data; cloud computing; new energy vehicles; reverse cloud generator; educational assessment; educational reform

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