Investigating the Role of Renewable Energies in Integrated Energy-Water Nexus Planning under Uncertainty Using Fuzzy Logic

A Novel Mathematical Model for Infrastructure Planning of Dynamic Wireless Power Transfer Systems for Electric Vehicles

“…To our knowledge, this is one of the first studies at a systems level that aims to connect different sub-systems of DWPT. This deterministic model will be used as a foundation for a more advanced approach such as the Robust optimization approach introduced in [50][51][52], and the Fuzzy logic approach proposed in [53,54]. The power grid and renewable energy integration with a more detailed model are also our future focus for continuing this research.…”

Social Choice Rules, Fallback Bargaining, and Related Games in Common Resource Conflicts

“…Since conventional optimization methods, such as multi-criteria and multi-decision-maker problems, fail to provide insights into the strategic behaviors of the decision-makers in common resource conflicts, game theory can be used to predict the future of disputes, understand players' behaviors and preferences, and identify possible outcomes that are closer to those observed in practice (Madani, 2010). Ghassemi and Scott (2021a) and Ghassemi and Scott (2021b) explained that besides advanced mathematical formulations that can help deal with multiobjective problems, studying the subject as a system of systems approach that includes the policymakers' decisions is an efficient way to manage the uncertainties. Zeng et al (2019) proposed a hybrid cooperative game theory and mathematical programming model known as HGT-MPM to solve transboundary water conflicts in the Guanting reservoir in north China.…”