基于MapX Mobile的自助导游系统设计

发布时间：2018-04-20 12:53

本文选题：自助旅游 + Windows　；参考：《重庆大学》2012年硕士论文

【摘要】：近年来，随着旅游业的快速发展，传统的随团旅游时间仓促、线路单一等弊端逐渐显露，而另一方面，追求个性和自由的自助游日益流行。但是游客在自助游过程中，时常会遇到道路不熟找不到方向，不能深入了解景点的文化底蕴，甚至遗漏景点等问题。因此能够同时实现查看景区地图、用户定位、景点间的道路寻径、以及景点的自动提醒和景点的信息查询等功能的电子自助导游系统会越来越受到自助旅游者青睐，其市场前景广阔。本文结合了嵌入式矢量电子地图制作技术、GPS技术、以及Windows Mobile编程技术、最短路径分析技术、MapX Mobile电子地图控件设计了电子自助导游系统。主要研究内容包括以下几个方面： ①利用GpsView软件，采集配准矢量电子地图所需要的经纬度信息，用Mapinfo绘制出可以在嵌入式系统中显示的电子地图； ②研究了MapX Mobile嵌入式地图控件二次开发技术，实现了电子地图显示、放大、缩小和景点信息查询等功能； ③研究了Windows Mobile下的串口通信技术，实现了GPS数据的读取；分析了GPS数据格式，提取了用户所在位置的经纬度信息；研究了基于距离投影算法的地图匹配技术，提高了定位精度；研究了动态图元的绘制技术，实现了用户位置的实时显示； ④研究了最短路径分析技术，结合迪杰斯特拉（Dijkstra）算法，实现景点之间的最短路径查询。本次设计以重庆大学A校区作为景点，绘制了嵌入式矢量地图。最后再以多普达P800智能手机作为测试平台，，在重庆大学A区进行功能测试，经测试系统能够实现电子地图的基本图形功能、较准确的GPS定位、景点自动提示、以及景点的信息查询等导游功能，具有良好的移植性和稳定性,且操作简单，便捷。
[Abstract]:In recent years, with the rapid development of tourism industry, the disadvantages of the traditional group tour, such as short travel time and single route, have been gradually revealed. On the other hand, self-help tours, which seek for personality and freedom, are becoming more and more popular. However, in the process of self-help tour, tourists often encounter some problems, such as the lack of familiar road to find the direction, the lack of in-depth understanding of the cultural details of scenic spots, and even the omission of scenic spots. Therefore, the electronic self-guided tour system, which can simultaneously realize the functions of viewing scenic spot map, user orientation, path finding between scenic spots, automatic reminder of scenic spots and information query of scenic spots, will be more and more popular with self-help tourists. Its market prospect is broad. This paper combines the embedded vector electronic map making technology with Windows Mobile programming technology, the shortest path analysis technology and the MapX Mobile electronic map control to design the electronic self-help tour guide system. The main research contents include the following aspects: 1 using GpsView software, the longitude and latitude information needed for registration vector electronic map is collected, and the electronic map that can be displayed in embedded system is drawn with Mapinfo; (2) the second development technology of MapX Mobile embedded map control is studied, and the functions of electronic map display, magnification, reduction and information query of scenic spots are realized. (3) the serial port communication technology under Windows Mobile is studied to realize the reading of GPS data, the format of GPS data is analyzed, the longitude and latitude information of the user's location is extracted, the map matching technology based on distance projection algorithm is studied, and the positioning accuracy is improved. The technology of drawing dynamic elements is studied, and the real-time display of user's position is realized. (4) the shortest path analysis technology is studied, and the shortest path query between scenic spots is realized by using Dijstra Dijkstraan algorithm. This design takes the A campus of Chongqing University as the scenic spot, draws the embedded vector map. Finally, using the dopda P800 smart phone as the test platform, the function test is carried out in area A of Chongqing University. The test system can realize the basic graphics function of the electronic map, more accurate GPS positioning, and automatic indication of the scenic spots. Tourist guide functions such as information inquiry of scenic spots have good portability and stability, and operation is simple and convenient.
【学位授予单位】：重庆大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP368.1

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