Transportation hub-based method for designing and achieving taxi carpooling mechanism

Abstract

The invention specifically designs a taxi carpooling mechanism and an achieving method aiming at a transportation hub. The method comprises the steps as follows: a carpooling process is divided into 'carpooling initiation' and 'rapid joining' according to different requirements of arrival passengers on time and price; the passengers can put forward and create an application of a carpooling path through the 'carpooling initiation', examine a recommended carpooling path, and carpool with others, so as to obtain the maximal benefits in cost; the passengers can also select the 'rapid joining', and match with the passengers who create the carpooling path, so as to reach the carpooling intention; and the main bases of carpooling matching and path recommending of the passengers are road cost difference, road time difference and waiting time, so that carpooling parties obtain the maximal overall benefits in time and cost. Aiming at the carpooling flow, the invention further provides a method for dividing a taxi waiting area in the transportation hub into a 'queue area' and a 'carpooling area', so that the carpooling efficiency can be effectively improved; and disputes of the passengers are avoided. The overall mechanism and flow are applied to carpooling in the transportation hub, so that the operation efficiency of the transportation hub is improved; the passengers can rapidly reach the destinations conveniently; and seamless connection of a plurality of urban traffic modes is achieved.

Description

1. Technical field [0001] The invention relates to the technical field of traffic systems, in particular to a method for designing and realizing a taxi pooling mechanism oriented to traffic hubs. 2. Background technology [0002] As early as 2008, the total number of taxis in Beijing had reached 69,000, but it had not increased for many years. In addition, the population of Beijing continued to rise, and taxi resources lacked unified and efficient matching and dispatching, which made it difficult to meet the growing number of taxis. need. In this case, carpooling software such as Didi, Kuaidi, Uber (Uber), Pickride, and Rainbow Way came into being. However, due to the principle of unified management of taxis in transportation hubs under the existing circumstances, it is difficult for this software to realize taxi service through direct contact between individuals and taxi drivers to give full play to its advantages. However, the carpooling model has great advantages in sol...

AI Technical Summary

Problems solved by technology

However, due to the principle of unified management of taxis in transportation hubs under the current circumstances, it is difficult for this software to achieve taxi service through direct contact between individuals and taxi drivers.

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