Public transportation problems are vast, with issues ranging from limited network range and capacity to waiting time. Some existing attempts to mitigate these problems include, for instance, dynamic bus schedules and traffic engineering. However, they fail to handle complex traffic conditions or provide a satisfying user experience. In response to this shortcoming, we present in this paper Dymo–a dynamic scooter distribution system that uses an all-day autonomous electric vehicle network to deliver and collect scooters for charging and redistribution. Dymo is our vision for the future of public transportation. It aims to improve the efficiency of short-distance commutes, reduce greenhouse gas emissions, and create a harmonious and safe environment. Micro-mobility system is an inevitable component of advanced future transportation.
Assistant Professor in Industrial Design at the School of Art + Design at UIUC
Senior in Mechanical Engineering and Industrial Design at UIUC; Senior in Industrial Design at UIUC; Senior in Graphic Design and Infomation Science at UIUC