Ticket allocation method and system

Abstract

The invention relates to a ticket allocation method. The method comprises steps as follows: step one, seat demands of users are input; step two, allocation and backup of the priority are performed: (1) the priority of seat demands having an accompanying number larger than one is set to be 1, the larger the accompanying number is, the higher the priority is, and under the condition of same number of persons, the earlier the submitted required time is, the higher the priority is; (2) the priority of seat demands of users having requirements for seat positions is set to be 2, and the earlier the submitted required time is, the higher the priority is; (3) the priority of other seat demands is set to be 3, and the earlier the submitted required time is, the higher the priority is; when the starting condition of ticket allocation is met, the tickets are allocated from high to low according to the backup priority, optimized combination is performed on sectional ticket when the seat demands with the priority of 3 are processed, and the unoccupied seat variation is minimized; and step three, the seat allocation information is returned. The invention further comprises a ticket allocation system which comprises an individuation requirement collecting module, a requirement optimization processing module and a seat allocation module.

Description

technical field [0001] The invention relates to the technical field of ticket processing, in particular to a ticket distribution method and system. Background technique [0002] In order to take transportation, at present, customers can purchase train tickets, bus tickets, boat tickets or air tickets by going to physical outlets, visiting websites or making phone calls, which can be collectively referred to as tickets. After payment, the booking system will promptly feed back the customer's specific seat information, and some systems will automatically lock the seat for the user randomly during the booking and payment process. This allocation method seems to be convenient, but it cannot meet the individual needs of ticket buyers for seats, such as the need for adjacent seats for adults and children to ride, and the seats of multiple passengers should be concentrated as much as possible. [0003] For example, 12306.cn provides Internet ticket booking services, and automatica...

AI Technical Summary

Problems solved by technology

This distribution method seems reasonable, but because of the need to lock specific seats for users when purchasing tickets, it leads to a large number of users waiting online or failing to purchase tickets or repeat ticket purchases in high-concurrency access scenarios, which in turn leads to the total number of online users The maximum load capacity of the system has been exceeded for a long time, and users have serious ticket grabbing behaviors and a high refund rate, which makes it difficult for the booking system to operate normally

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