The invention discloses a multi-mode
station stopping method at an optimized comprehensive cost for urban
public transport. The stopping method includes steps of firstly, acquiring passenger travel information, vehicle operating information and
route station information; secondly, building a objective function with the lowest comprehensive cost based on passenger
travel cost and vehicle
operating cost, then building constraint conditional expressions corresponding to the objective function; and thirdly, substituting the passenger travel information, the vehicle operating information and the
route station information which are acquired in the first step into the objective function and the constraint conditional expressions which are built in the second step to obtain departure frequency h and stopping
modes O, and obtaining a multi-mode station stopping mode with the lowest comprehensive cost. The constraint conditional expressions comprise constraints in aspects of
public transport capacity, passenger flow, time points, departure intervals and a load factor. By the method, the constraints in the aspects of the
public transport capacity, the passenger flow, the time points, the departure intervals and the load factor and the stopping
modes are taken into consideration, so that the passenger
travel cost and the public transport
operating cost are minimized.