A Neutrosophic Paradox-Based Assessment Framework with Over/Under/Off-Indeterminacy for Green Transformation in the Industrial Economy of Resource-Based Regions

Abstract

-Evaluating green transformation in resource-intensive industrial regions 
demands more than conventional logic or binary classifications. Projects in these 
environments often contain conflicting, incomplete, or uncertain information conditions 
inadequately handled by existing models. This paper introduces an advanced 
neutrosophic evaluation framework built upon a novel concept: Compensatory 
Indeterminacy Regulation. The framework incorporates over-, under-, and off 
indeterminacy conditions and provides mathematical mechanisms for their redistribution 
within a multi-project system. A new formulation for effective indeterminacy is derived, 
supported by rigorous equations and real-world-inspired scenarios. Additionally, we 
develop a generalized weighted model to reflect project interrelations, enabling context
sensitive evaluation. The proposed approach expands the analytical reach of neutrosophic 
logic, allowing it to model dynamic, uncertain, and multi-agent environments more 
faithfully. 

DOI: 10.5281/zenodo.15514444