Yiping Jiang

TL;DR: An integrated multi-objective optimization model that combines resource allocation with emergency distribution is developed, where a time space network is used to incorporate the frequent information and decision updates in a rolling horizon approach as mentioned in this paper.

TL;DR: This paper identifies key characteristics of large-scale disasters and assess their challenges to emergency logistics and discusses existing gaps in the relevant research and suggest future research directions.

TL;DR: This study focuses on a resource allocation and schedule problem to restore the most critical components quickly in the multiple interdependent lifeline infrastructures under disruptions, and demonstrates that the proposed approaches are both efficient and effective to solve the real-life post-disaster resource allocation problem.

TL;DR: The numerical results demonstrate that the TTC with A TS system improves both low-speed path following and high-speed lateral stability compared with the baseline TTC without ATS system, and the designed controllers have good performance on reducing PFOT and RWA in any maneuvre conditions.

TL;DR: In this article, a substitute organic manure for chemical fertilizer problem from the perspective of supply chain network with consideration of subsidy policy, social responsibility and quality preference is addressed, and the optimal transaction prices and volumes among various decision-makers in the network with the objectives of maximizing economic profits and environmental benefits simultaneously.