Please use this identifier to cite or link to this item: http://hdl.handle.net/10397/1270
Title: Developing a Web-based tourism demand forecasting system
Authors: Song, H 
Witt, SF
Zhang, X
Keywords: Tourism demand forecasts
Econometric models
Forecasting systems
Judgemental forecasts
Web/Internet
Hong Kong
Issue Date: Sep-2008
Publisher: IP Publishing Ltd.
Source: Tourism economics, Sept. 2008, v. 14, no. 3, p. 445–468 How to cite?
Journal: Tourism economics 
Abstract: Tourism demand is the foundation on which all tourism-related business decisions ultimately rest and so accurate forecasts of tourism demand are crucial for tourism industry practitioners. From the functional point of view, a tourism demand forecasting system (TDFS) is a forecasting support system capable of providing quantitative tourism demand forecasts and allowing users to make their own 'what-if' scenario forecasts. From the technical point of view, a TDFS is an information system consisting of a set of computer-based modules or components that support tourism demand forecasting and scenario analysis. This paper establishes a widely accessible Web-based TDFS which not only takes advantage of advanced econometric tourism demand forecasting techniques but also incorporates the real-time judgemental contribution of experts in the field. Furthermore, scenario forecasts are permitted within the system. Built on Web-based technology, the system provides advanced information sharing and communication and brings considerable convenience to various stakeholders engaged in tourism demand forecasting at different locations. In attempting to generate more accurate tourism demand forecasts, the system is designed to incorporate a two-stage forecasting methodology, which integrates judgemental adjustments with statistically based forecasts. The software architecture, detailed components and development environment of the Web-based TDFS are described in detail. A three-tiered client-server architecture is employed, which offers great flexibility, reusability and reliability. The prototype system has been developed and screen shots of interaction with the system are presented using Hong Kong tourism as an example.
URI: http://hdl.handle.net/10397/1270
ISSN: 1354-8166
DOI: 10.5367/000000008785633578
Rights: Copyright © 2008 IP Publishing Ltd. Reproduced by permission. The journal web site is located at www.ippublishing.com.
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