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The Visitor Management System Of Mount Qingcheng Based On Internet Of Things

Posted on:2014-01-26Degree:MasterType:Thesis
Country:ChinaCandidate:J M LiFull Text:PDF
GTID:2248330398494337Subject:Communication and Information System
Abstract/Summary:PDF Full Text Request
With the rapid development of China’s tourism industry, the various touristattractions substantial increase in the scale of investment, and the number of touristsalso maintained rapid growth momentum. In2012, the number of domestic tourist is2.957billion passengers, an increase of12.0%over the previous years, which is in thelevel of rapid growth. Meanwhile, with the increase in the number of tourists, thedifficulty of the management area is also continued to increase, and scenic securityincidents also increased. Therefore, the development of a new and highly efficientvisitor management system, is of great significance to prevent the accident andmanage the scenic data effectively.The topics to Qingcheng mountain area for the study, propose a solution difficultfor its unique topography and difficult visitor management. The program draws on theInternet of Things technology to count the number of scenic spots, which can achievereal-time view of the flow of people, and mark the tourists location.Design uses theradio frequency identification technology (Radio Frequency Identification RFID) andUHF (Ultra High Frequency referred UHF) reader to read card information withinthe range of5-10meters. The design intends to make the RFID card embedded inticket, it is easy to recycle the electronic ticket and along with the tourists all thetime, so RFID card can be uniquely identified and get location of a touristinformation.In each small attractions’ inlet and outlet, UHF reader are placed, so we candetermine the approximate location of a visitors,and count the total number of acertain attractions. After to analyze the collected data, which can guide to ease thehigh traffic sites to prevent accidents。The approximate location of the RFID cardcan be used to look for lost Tourists。In addition, the various attractions congestioncan feedback to tourists via mobile phone or LED signs, so that visitors can selectattractions avoid the crowds, more reasonable tour, and also to reduce accidents.The research work will focus on the following aspects: The base of Qingchengvisitor management systems, research background, the purpose and significance of theresearch, the internet of things technology application status in the tourism industry athome and abroad with the application of dynamic; Analysis of working principle of UHF reader and visitors RFID card information collection in scenic attractions;Visitor Information transmitted to the server for process and design, the transmissionmedium of choice and performance analysis; Server background process on theVisitor Information, collection terminal to simulate send packets; Informationfeedback process of the flow of people tourists,selection and achievementIn this paper, the design of Qingcheng mountain of Things visitor managementsystem that can monitor the end through the monitoring software to view the number oftourists Qingcheng mountain attractions;the growth of the index;flow changes invarious time periods;a tourist tour track;the popularity ranking of the variousattractions;the number of the whole area;and someone can also view favor extent toa variety of attractions to men, women and children of all ages. Qingcheng mountainhaving many sites with the majority of range for each attraction, if these are allequipped the RFID acquisition system, will exists the financial aspect for the subject,so in this paper the acquisition part for tourists will use simulation model to operate.Monitoring client can also collect tourists ID information via analog contracting. AfterInformation being analyzed, scenic administrator use these data to ease the flow ofpeople in various places, and feedback to make reasonable tour guide to tourists,which greatly improve the management efficiency and reduce accidents fromhappening.
Keywords/Search Tags:Internet of things, RFID, Tourist Management, VC++, Zigbee Safety, Supervise
PDF Full Text Request
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