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Title page for etd-0831109-232533


URN etd-0831109-232533 Statistics This thesis had been viewed 3959 times. Download 2298 times.
Author Cheng-Wei Chiang
Author's Email Address No Public.
Department Computer Science and Enginerring
Year 2008 Semester 2
Degree Master Type of Document Master's Thesis
Language zh-TW.Big5 Chinese Page Count 73
Title The Application of QR Code to Indoor Cross-Floor Automatic Route Planning
Keyword
  • shortest path
  • indoor route planning
  • handheld device
  • QR Code
  • QR Code
  • handheld device
  • indoor route planning
  • shortest path
  • Abstract Since its invention in the 90s, QR code with its large storage capacity, wide encoding range and high reliability, has been widely used in various fields of applications. QR code can be operated in a simple manner that makes it quickly spread to mobile commerce. Global positioning system (GPS) has been widely used for navigation purpose in recent years. However, GPS is not applicable to the indoor environment. People may not reach a new destination or a place with implicit floor plan easily. Therefore, an effective indoor positioning system that can guide people to their destinations and can provide cross-floor information is indispensable.
    In this thesis, Quick Response Codes (QR Codes) are exploited to fulfill the positioning in the indoor environment. Each location is encoded in its own QR Code that can be easily decoded by user’s handheld devices to locate where the user’s current position. Following the user clicks the desired destination the proposed system will calculate the shortest route for the user. The relative positions located at different floors are considered as weights between floors to calculate the route to the nearest locations to achieve cross-floor indoor route planning. A grid-based automatic segmentation model that can find a suitable segmentation size is designed to preprocess a map to enhance the guide accuracy. The presented system provides a quick and intimate navigation design, such as to the nearest toilets and emergency exits, so that when users are in desperation, they can quickly arrive at the destination. By investigating the cross-floor information, not only a single floor information is considered but also the relative information at different floors is revealed. We believe the proposed system can extend the application of indoor route navigation.
    Advisor Committee
  • Shang-Lin Hsieh - advisor
  • Yo-Ping Huang - advisor
  • Liang-Teh Lee - co-chair
  • Shang-Lin Hsieh - co-chair
  • Yo-Ping Huang - co-chair
  • Files indicate access worldwide
    Date of Defense 2009-07-15 Date of Submission 2009-09-01


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