This paper presents a methodology for developing demand-responsive passenger flow
control strategies for oversaturated metro networks. A stated preference-off-revealed …

Oversaturated conditions are often observed during peak‐hour periods, especially for
commuting metro lines serving as a corridor connecting suburb and urban areas due to its …

The oversaturated situation is now very common in the metro system of some megacities
due to large commuting demands in peak hours, which leads to passenger accumulation on …

Passenger inflow control is an efficient way to relieve peak passenger flow and reduce
security risks in metro networks. However, station operators develop passenger inflow …

In some large cities, metro lines typically experience large passenger flow and
overwhelming passenger density during peak hours, leading to a mismatch between metro …

This paper addresses the problem of passenger flow control in a multi-line subway network
during peak hours. A new multi-station coordinated passenger flow control model is …

To deal with the contradiction between oversaturated demand and the restricted transport
infrastructure and capacity during peak periods in a rail transit system, several passenger …

Focusing on reducing the traffic congestion on an oversaturated urban metro system, this
study investigates the collaborative passenger flow control problem for a metro line. By …

Oversaturation during peak hours brings about severe challenges for metro operations
management in megacities. It can deteriorate passengers' service level experience and …

With the rapid increase in residents in megacities, the passenger demand of metro systems
is rising sharply and steadily, bringing immense pressure to train operations. To improve the …