电子设计工程
Electronic Design Engineering
第 28卷
Vol.28
第 9期
No.9
2020年 5月
May 2020
收稿日期:2019-09-16 稿件编号:201909097
作者简介:宫园园(1982—),女,山东青州人,硕士,讲师。研究方向:旅游管理。
基于数据挖掘的最佳旅游路线规划系统设计
宫园园
(榆林学院 陕西 榆林 719000)
摘要:针对传统最佳旅游路线规划系统最佳路线规划性能不佳的问题,设计一种基于数据挖掘的
最佳旅游路线规划系统。系统的硬件配置为交互模块,交互模块主要由客户机与服务器构成,其
中服务器的设置作用是管理数据,其组成包括数据库服务器和文件服务器;而客户机的设置作用
是实现与系统用户的交互。系统的软件配置为最佳旅游路线规划模块、数据库模块、景点顺序规
划模块、数据筛选模块。最佳旅游路线规划模块主要通过数据处理软件处理景点的相关数据,并
规划出最佳旅游路线;数据库模块的组成包括用户信息表、道路表、景点资源表以及公共汽车表;
景点顺序规划模块主要利用蚁群算法规划游客的景点游览顺序;数据筛选模块则通过挖掘 Web 文
本实现海量网络信息的数据筛选,通过硬件与软件相结合实现系统的最佳旅游路线规划功能。为
了证明该系统的最佳路线规划性能更好,在实验中加入传统最佳旅游路线规划系统以获取其与本
系统的对比实验结果。实验结果证明该系统的最佳路线规划性能优于传统最佳旅游路线规划系
统,更适合进行最佳旅游路线的规划。
关键词:数据挖掘;最佳旅游路线;路线规划系统;客户机;服务器;加权处理
中图分类号:TN208 文献标识码:A 文章编号:1674-6236(2020)09-0059-04
DOI:10.14022/j.issn1674-6236.2020.09.013
Design of optimal tourism route planning system based on data mining
GONG Yuan⁃yuan
(Yulin University,Yulin 719000,China)
Abstract: Aiming at the problem of poor performance of the traditional optimal tourism route planning
system,this paper designs an optimal tourism route planning system based on data mining. The hardware
of the system is configured as an interactive module,which is mainly composed of client and server. The
setting function of the server is to manage data. Its composition includes database server and file server,
and the setting function of client is to realize the interaction with system users. The software of the system
is configurated as optimum tourism route planning module,database module,scenic spot sequence
planning module and data screening module. The optimum tourism route planning module mainly
processes the relevant data of scenic spots through data processing software,and plans the optimum
tourism route. The composition of the database module includes user information tables,lanes,route
table,scenic spot resource table and bus table;scenic spot sequence planning module mainly uses ant
colony algorithm to plan tourists'scenic spot tour order;data filtering module realizes massive network
information data filtering by mining Web text,and realizes the best tourism route planning function of the
system by combining hardware and software. In order to prove that the optimal route planning
performance of the system is better,the traditional optimal tourism route planning system is added to the
experiment to obtain the comparative experimental results with the system. The experimental results show
that the optimal route planning performance of the system is better than that of the traditional optimal
tourism route planning system,and it is more suitable for the optimal tourism route planning.
Key words: data mining;best tourism route;route planning system;client;server;weighted processing
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