Guohe Huang

TL;DR: The developed FFS-DP method can help the local authority identify desired water release policies under uncertain system conditions and indicates that significant factors and their interactions can be identified in ROM.

TL;DR: A simulation-based inexact rough-interval programming approach is proposed for agricultural irrigation management in a China’s rural region, presenting capability in interpreting implication of various water-supply means on agricultural water-allocation plans, as well as handling highly-uncertain parameters existing in many real-world practices.

TL;DR: A dual interval two-stage restricted-recourse programming (DITRP) method is developed for flood-diversion planning under uncertainty by addressing system uncertainties with complex presentations and incorporating subjective information within its optimization framework.

TL;DR: This study laid the foundation for the application of BRBPNN model in the analysis of aquatic ecological data (chlorophyll-a prediction) and the explanation about the effective eutrophication treatment measures for Nanzui water area in Dongting Lake.

TL;DR: The developed ITIP-JPC is applied to a case study of water resources allocation within a multi-stream, multi-reservoir and multi-user context, where joint probabilities exist in both water availabilities and storage capacities and results indicate that reasonable solutions have been generated for both binary and continuous variables.