A SuperHyperUncertain Information Systems Model for Sustainable Tourism Competitiveness in Rural Forest Parks

Abstract

This paper presents a novel framework for managing uncertainties in the 
tourism industry of rural forest parks by leveraging the SuperHyperUncertain and 
Neutrosophic structures within information systems. We develop a rigorous 
mathematical model that integrates SuperHyperUncertain sets and Neutrosophic logic to 
capture the multi-dimensional uncertainties in visitor satisfaction, ecological 
sustainability, and local economic impact. The methodology formalizes these 
uncertainties via (h, k)-SuperHyperFunctions and Neutrosophic multi-valued mappings, 
providing a robust decision-support model for rural forest park tourism competitiveness 
management . Numerical examples illustrate the model’s practical applicability and 
validate its effectiveness in dynamic and uncertain environments.

DOI: 10.5281/zenodo.15588260