Resilient Governance in Tourism Urbanization: An XGBoost Regression Analysis on Multi-Stakeholder Collaborative Innovation in Macao

With the rapid advancement of tourism urbanization, Macao faces multiple challenges including economic transformation, social restructuring, and cultural preservation. Traditional government-led models struggle to effectively respond to the increasingly diverse demands of multiple stakeholders, creating an urgent need for innovative governance paradigms to enhance urban resilience. Based on stakeholder theory, this research explores the construction of a "government-market-society" collaborative innovation model for resilient governance through questionnaire surveys of local residents, Hong Kong and Taiwan tourists, mainland Chinese tourists, and international tourists. The findings reveal significant differences among groups in tourism perception, cultural identity, and community participation. To establish a quantitative model and explore the complex relationships between the stakeholder perceptions and governance expectations, XGBoost regression algorithm is used in this study. The study finds that there are significant differences in perceptual aspects between the above-mentioned groups, and there is consensus on some key issues such as promoting sustainable development and improving urban competitiveness. The study finds that resilient governance in tourism urbanization relies on the empowerment to reach stakeholder consensus, constructing diversified collaborative governance mechanism, and continuously improving institutional supply in dynamic environment. Taking Macao as the case study, this study uses machine learning method and stakeholder analysis to explore the new theoretical ideas and provide empirical support for constructing resilient and innovative “tourism+” collaborative governance mechanism, which promote urban sustainable development.

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Published
2025-06-06
DOI
https://doi.org/10.1145/3760023.3760039
Primary Topic
Smart Cities and Technologies
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article
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article

Resilient Governance in Tourism Urbanization: An XGBoost Regression Analysis on Multi-Stakeholder Collaborative Innovation in Macao

Chi Fong Tang
Smart Cities and Technologies
article

Resilient Governance in Tourism Urbanization: An XGBoost Regression Analysis on Multi-Stakeholder Collaborative Innovation in Macao

Chi Fong Tang
article en

Abstract

With the rapid advancement of tourism urbanization, Macao faces multiple challenges including economic transformation, social restructuring, and cultural preservation. Traditional government-led models struggle to effectively respond to the increasingly diverse demands of multiple stakeholders, creating an urgent need for innovative governance paradigms to enhance urban resilience. Based on stakeholder theory, this research explores the construction of a "government-market-society" collaborative innovation model for resilient governance through questionnaire surveys of local residents, Hong Kong and Taiwan tourists, mainland Chinese tourists, and international tourists. The findings reveal significant differences among groups in tourism perception, cultural identity, and community participation. To establish a quantitative model and explore the complex relationships between the stakeholder perceptions and governance expectations, XGBoost regression algorithm is used in this study. The study finds that there are significant differences in perceptual aspects between the above-mentioned groups, and there is consensus on some key issues such as promoting sustainable development and improving urban competitiveness. The study finds that resilient governance in tourism urbanization relies on the empowerment to reach stakeholder consensus, constructing diversified collaborative governance mechanism, and continuously improving institutional supply in dynamic environment. Taking Macao as the case study, this study uses machine learning method and stakeholder analysis to explore the new theoretical ideas and provide empirical support for constructing resilient and innovative “tourism+” collaborative governance mechanism, which promote urban sustainable development.

Macao Polytechnic University (MO)
Openalex Percentile: Top 62%
Smart Cities and Technologies
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