Designing Robust Air Transportation Networks via Minimizing Total Effective Resistance
Designing Robust Air Transportation Networks via Minimizing Total Effective Resistance is a scholarly work, published in 2019 in ''IEEE Transactions on Intelligent Transportation Systems''. The main subjects of the publication include integer programming, scalability, humanitarian logistics, spectral graph theory, greedy algorithm, mathematical optimization, biological robustness, computation, linear programming, flow network, and computer science. The total effective resistance can be a promising measure for network robustness as demonstrated by case studies conducted in this paper.