Design And Implementation Of Intelligent Tourism Guide Management System Based On WI-FI Network

Against the backdrop of booming tourism wisdom, technology innovation to provide people with more convenient, intelligent, personalized travel services. Especially in the field of tour management systems, intelligent tourism management and navigation has become one of the hot research and application of innovation. At present, more and more scenic began full deployment of wireless WiFi hotspots, as a powerful complement of AGPS positioning technology, providing low power consumption, precise positioning technology beyond existing WiFi network basis have great research and application value. At the same time, the traditional intelligent guide management system still has many flaws in the tour content and the tourists’management. Therefore, to provide visitors personalized, precision dynamic tour information to make intelligent recommendations and visitor management has high research value.This thesis designs and implements an intelligent tourism guide management system based on WiFi network. First WiFi-based positioning in inertial technology were studied, designed and implemented an inertial positioning algorithm based on WiFi network, and ultimately to create the exact trajectory of the target user moves in the scenic; The second, followed by in-depth study of the trajectory based on mobile personalized recommendation algorithm, and proposed an improved line of personalized recommendation PageRank algorithm, based on the line of personalized recommendation algorithm, fusion line and attractions collaborative filtering recommendation algorithm based on mobile trajectory, finally test the performance of the algorithm in detail analysis.Intelligent tourism guide management system based on WiFi network contains the design and implementation of the three subsystems, namely intelligent guide recommendation service system, tourists’terminal subsystem and tour guide management subsystem. Among them, the intelligent guide recommendation service system including WiFi positioning system, mobile tracks to create a system based on movement trajectory and personalized recommendation system to provide personalized tours and attractions to recommend to visitors. Tourists and tour guides terminal subsystem terminal subsystem based on iOS smartphone operating system design and implementation, and provide different services separately to tourists and tour guides. Tourists terminal subsystem provides inertial positioning fixes and regional monitoring functions, while providing personalized service lines recommended and attractions recommended by intelligent guide recommendation service system based on movement trajectory tourists; tour guides management subsystem is to provide management with tourists safety and warning service.