Tourism Demand Prediction Model Using Particle Swarm Algorithm and Neural Network in Big Data Environment

Since demand forecasting is the first step in managing and operating a tourism business, its accuracy is very important to tourism businesses. In order to address NN’s drawbacks, such as local optimization, slow convergence, and large sample sizes, this paper organically combines the PSO and NN mode...

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Bibliographic Details
Published inJournal of environmental and public health Vol. 2022; no. 1; p. 3048928
Main Authors Xu, Sai, Wang, Shuxia
Format Journal Article
LanguageEnglish
Published New York Hindawi 2022
John Wiley & Sons, Inc
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Online AccessGet full text
ISSN1687-9805
1687-9813
1687-9813
DOI10.1155/2022/3048928

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Summary:Since demand forecasting is the first step in managing and operating a tourism business, its accuracy is very important to tourism businesses. In order to address NN’s drawbacks, such as local optimization, slow convergence, and large sample sizes, this paper organically combines the PSO and NN models and builds a PSO-NN-based tourism demand forecasting model. The tourism demand forecasting indexes, the choice of NN forecasting models, the modelling process, and the implementation methods are first analysed and studied along with the fundamental theories and forecasting techniques of PSO and NN. In order to increase the precision of the prediction model, the PSO algorithm is also used to optimise the weights and thresholds of the NN. The final section of the paper compares the performance of the model developed in this paper with the most widely used model for forecasting tourism demand. According to the experimental findings, this model’s prediction accuracy can reach 95.81 percent, or about 10.09 percent higher than the prediction accuracy of the conventional NN model. There are some practical implications to this research. Applying the optimization model to the forecast of tourism demand is doable and practical.
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Academic Editor: Zhao Kaifa
ISSN:1687-9805
1687-9813
1687-9813
DOI:10.1155/2022/3048928