LDA-LSTM based on variational entropy weight and multi-dimensional conditional grey association

This paper studies the LDA-LSTM model based on variational entropy weight and multidimensional conditional grey relation, and applies it to the actual case of urban traffic congestion in China. Firstly, the paper collects traffic data from 20 cities in China, determines the weight of indicators through variational entropy weight, and innovatively integrates the multidimensional conditional grey relation model to identify the key indicators affecting urban traffic. Then, the paper proposes the LDA-LSTM hybrid model to perform topic analysis on the data, extracts 8 topic words as indicators for LDA-LSTM, and predicts the traffic congestion situation in the first quarter of 2024 in cities, finding that the prediction values fit well and overall achieve good prediction results.

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Publication Details

Published
2024-10-25
DOI
https://doi.org/10.1145/3701047.3701060
Primary Topic
Advanced Algorithms and Applications
Type
article
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article

LDA-LSTM based on variational entropy weight and multi-dimensional conditional grey association

Jiaxin Yao, Xiaolong Chai, Longxin Lin, Jiahui Fang
Advanced Algorithms and Applications
article

LDA-LSTM based on variational entropy weight and multi-dimensional conditional grey association

Jiaxin Yao, Xiaolong Chai, Longxin Lin, Jiahui Fang
article en

Abstract

This paper studies the LDA-LSTM model based on variational entropy weight and multidimensional conditional grey relation, and applies it to the actual case of urban traffic congestion in China. Firstly, the paper collects traffic data from 20 cities in China, determines the weight of indicators through variational entropy weight, and innovatively integrates the multidimensional conditional grey relation model to identify the key indicators affecting urban traffic. Then, the paper proposes the LDA-LSTM hybrid model to perform topic analysis on the data, extracts 8 topic words as indicators for LDA-LSTM, and predicts the traffic congestion situation in the first quarter of 2024 in cities, finding that the prediction values fit well and overall achieve good prediction results.

Guangdong University Of Finances and Economics (CN)
Openalex Percentile: Top 66%
Advanced Algorithms and Applications
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