Our team's study on shared transportation service mainly includes the demand analysis of shared car loan and return, optimization of shared vehicle fleet scheduling, and optimization of shared vehicle system operation management. In recent years, travel and service (MAAS, mobility as a service) has gradually become the concept of traffic operation, and the design of shared transportation service system is an essential part of MAAS. As shown in the figure below, shared transport services include multiple modes of travel, including cars, bicycles, buses and future driverless vehicles. Reasonable design and operation of shared transportation platform ensures convenient and smooth online booking and offline use, providing services for people's travel. The following figure shows the service flow, vehicles and main operators of shared transportation.
Our team's research in the field of network analysis and optimization includes complex network analysis and optimization, and road network path traceability. With the continuous development of urbanization and the continuous improvement of the road network, the analysis and optimization of the entire urban road network system plays an important role in the operation efficiency of urban traffic and the rational distribution of traffic resources. Complex road network analysis and optimization include planning, management, and analysis of urban rail, public transportation, shared cars, and road traffic signal control networks. The road network path traceability is based on the intersection bayonet data, restores the vehicle driving path, and provides data support for alleviating traffic congestion and improving operation efficiency. The figure below shows the team's latest research in the field of network analysis and optimization.
