Code
01J09515
Duration
01 September 2015 → 31 August 2022
Funding
Regional and community funding: Special Research Fund
Promotor
Research disciplines
-
Natural sciences
- Applied mathematics in specific fields
- Statistics
- Numerical methods
-
Social sciences
- Applied economics
- Economic history
- Macroeconomics and monetary economics
- Microeconomics
- Tourism
Keywords
customer relationship management
social network analysis
churn modeling
influence maximization problem
Project description
In a first phase, this research aims to develop a new algorithm for identifying influencers. In a second phase, existing predictive churn models will be optimized by incorporating edge weights and directions in the social network. Phase 3 tries to disentangle homophily and social contagion in predictive models to improve interpretability of these effects.