Newman and Kenworthy [17] describe this trend as the transfer from "pedestrian cities" to the modern "automobile city".
The micro-simulation software, VISSIM, is designed to model the pedestrian transfer in the Xizhimen Public Transportation Terminal (Beijing, China) in this paper.
The paper proposes some measures for the solution to the problems, such as increasing the departure frequency of buses, building the crossing-street infrastructure for pedestrians, shortening transfer distances.
The station amenities like physical infrastructure including parking area, transfer area, metro ridership data, pedestrian network, bicycle facilities, feeder shelter, taxi stands (IPT Stands) etc. play a key role in convenient transfers in a multimodal transport system.
"Jaywalking," she writes, "was once a semi-derogatory term referring to country bumpkins, or 'jays,' who inefficiently meandered around American cities; by the 1920s, the term was being used to transfer blame for accidents from motorists to pedestrians".
Four problems are found in the case study: severe disturbance between pedestrians and traffic flows, long transfer distances, bus waiting time and great traffic flow density.
The agreement also calls for the bike and pedestrian pathway adjacent to the transfer station site to remain open during construction.
Furthermore, two safety applications have been developed to protect the safety of vehicles and pedestrians based on the data transferred from the OBU.
One such proposal by Melissa Russell and Kerry Garikes, entitled "L-oop Connectivity"—which had echoes of the system's closed-entry problem (an issue VICE has reported on in this space)—would add pedestrian-friendly transfers between unconnected stops that were built historically separate.
In order to deal with the high number of passengers in transfer stations, Metro is studying the possibility of building pedestrian connections between nearby core transfer stations.
