Public Resource Supply-Demand Matching on Distributed Cooperative Scheduling

Abstract

In today's declining population, the mass production economic model has reached its limit. In recent years, a recycling economy featuring shared services is emerging, and applying this concept to public infrastructure will act as a countermeasure against the declining population. However, to actually achieve "public sharing services", we have to create a high-speed and scalable resource supply-demand matching mechanism. This work proposes a resource supply-demand matching application for a ground transportation system in a city of one million and demonstrates its effectiveness by simulations.