Author Bios (50 Words for each Author)

Xin Li, Ph.D., is a researcher at e-Tourism Research Center, Institute of Tourism, Beijing Union University. Dr. Li’s research interests are big data analytics, econometric modeling, data mining and forecasting. Dr. Li focuses on understanding tourism activities by combing user-generated contents with econometric and machine learning techniques. She also participated in many research projects on monitoring, forecasting, and early warning of economy and industries in China.

Abstract (150 Words)

This study proposes a novel framework for tourism demand forecasting, which combines search queries generated on the Internet, advanced feature selection methods, and machine learning based forecasting technique. This new methodology is applied to forecast tourism demand in two popular destinations in China: Beijing and Haikou. The study evaluates the performances of various feature selection approaches in tourism forecasting. We further show that the random forest feature selection and support vector regression with radial basis function can be extremely useful for the accurate forecasts of tourist volumes. This research highlights the advantage of big data and machine learning algorithms in the tourism forecasting.

Download

Share

COinS
 

A Random Forest based Learning Framework for Tourism Demand Forecasting with Search Queries

This study proposes a novel framework for tourism demand forecasting, which combines search queries generated on the Internet, advanced feature selection methods, and machine learning based forecasting technique. This new methodology is applied to forecast tourism demand in two popular destinations in China: Beijing and Haikou. The study evaluates the performances of various feature selection approaches in tourism forecasting. We further show that the random forest feature selection and support vector regression with radial basis function can be extremely useful for the accurate forecasts of tourist volumes. This research highlights the advantage of big data and machine learning algorithms in the tourism forecasting.