Live-action information system and method thereof based on GPS positioning and direction identification technology

Abstract

The invention relates to live-action information system and method thereof based on a GPS positioning and direction identification technology, comprising a live-action information device, a communication network and an interest database. The live-action information device comprises a camera, a GPS positioning module, a horizontal and vertical direction identification module, a display module, a data storage module and a processing control module, wherein the processing control module is connected with the other six modules. The method comprises the following steps of: picking up an external live-action image by the camera, acquiring current GPS coordinate information by the GPS positioning module, acquiring information by adopting the horizontal and vertical direction identification module, analyzing the information to establish searching criteria, identifying, acquiring points of interest and describing data of the points of interest, transmitting the data to the interest database, and overlying and fusing the information to show the describing information of the points of interest. The invention has the advantages of perfect dynamic fusion of live action and data, lively observation and inquiry to surrounding scenes, precise, convenient and visualized information about directions and distances of the points of interest, and rich content of the surrounding points of interest.

Description

technical field [0001] The invention relates to a navigation and positioning system, in particular to a real-scene information consulting system based on GPS positioning and direction recognition technology and a method thereof. Background technique [0002] Existing peripheral information query systems perform queries through the network or the GPS function of mobile terminals. They have no direction judgment function, complex query operations, and can only display simple two-dimensional map information. Traditional navigation and surrounding information query applications use text, which has the problems of being unintuitive and complicated to operate. [0003] In order to solve the above problems, Chinese Patent Publication No. CN101510208 discloses a tourist attraction intelligent tour guide system based on high-precision positioning, which consists of an intelligent tour guide service center, a data processing center, a data release platform, an intelligent tour guide i...

AI Technical Summary

Problems solved by technology

[0005] However, the above-mentioned devices are not vivid and interesting enough in the information display, cannot be dynamically combined with the data of scenic spots, and lack vivid observation and query methods for surrounding scenery.

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