机动车检测预约排队系统的设计与实现

发布时间：2018-03-17 19:18

本文选题：机动车检测　切入点：排队　出处：《长安大学》2014年硕士论文　论文类型：学位论文

【摘要】：随着社会经济的发展，我国的汽车保有量有着惊人的提升，由于检测站数量有限，提高机动车检测排队效率成为我们急需解决的问题。本文开发的系统是在传统排号机的基础上，与网络结合，增加了预约功能，，使顾客通过登陆网站，提前预约检测时间，在规定时间段内到达检测站后，可得到优先服务，从而节省了排队等候的时间，缓解了检测站车满为患的问题。本系统分为现场排队软件和网络预约软件两部分。为提升系统的便捷性与安全性，本文采用了C/S、B/S结构相结合的方式，其中现场排队软件采用了C/S结构，而网络预约软件采用了B/S结构。在排队现场软件部分，通过对系统的需求分析，分别对取号机功能、信息发布功能及插队功能进行了设计和实现。在网络预约软件部分，通过对用户角色和模块的划分设计和实现了用户注册、用户登陆、检测站信息公示、预约信息公示、车主预约、预约查询、预约修改、车辆登记、车辆信息修改等主要功能。最后使用了SQL Server2000数据库对系统中的预约信息、注册车主信息、检测站信息、注册车辆信息、现场排队信息、检测信息进行了存储。论文开发的系统可以广泛应用于各类服务场所的排队系统，大幅减少因不必要的现场排队所造成的资源浪费，在兼容传统排队模式的基础上，逐步引导人们采用更为合理的排队方式，从而更加合理、高效地使用公共资源。
[Abstract]:With the development of social economy, the number of cars in our country has been greatly improved, because of the limited number of inspection stations, It is urgent to solve the problem of improving the efficiency of vehicle detection queue. The system developed in this paper is based on the traditional numbering machine, combined with the network, and added the reservation function, so that the customer can make an appointment for the test time by landing on the website, and booking the test time ahead of time. After arriving at the test station within the specified time period, priority service can be obtained, thus saving the waiting time and alleviating the problem of traffic overload. The system is divided into two parts: on-site queuing software and network reservation software. In order to improve the convenience and security of the system, this paper adopts the combination of C / S / B / S structure, in which the on-site queuing software adopts C / S structure. The network reservation software adopts the B / S structure. In the part of the queuing field software, through the analysis of the system requirements, the functions of the number pick-up machine, the information release function and the queue jumping function are designed and implemented respectively. In the part of the network reservation software, Through the division of user roles and modules, user registration, user login, inspection station information publicity, booking information publicity, owner appointment, reservation inquiry, reservation modification, vehicle registration, Finally, the SQL Server2000 database is used to store the reservation information, registered vehicle owner information, detection station information, registration vehicle information, on-site queue information and detection information. The system developed in this paper can be widely used in the queuing system of various service places, which can greatly reduce the waste of resources caused by unnecessary on-site queuing, and on the basis of compatible with the traditional queuing mode, Gradually guide people to use more reasonable queuing way, thus more rational and efficient use of public resources.
【学位授予单位】：长安大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP311.52;U495

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