Guide system based on geographical positions

Abstract

The invention relates to a guide system based on geographical positions. The guide system comprises a customer identification end module, a GPS (global positioning system) positioning module, a server and a voice interpretation module, wherein the GPS positioning module is used for carrying out real-time positioning and tracing and monitoring on customers and has the functions of trace positioning, route recording and route feedback; the server is used for storing, counting and analyzing data information transmitted by various modules in the guide system and carrying out route planning according to tourist flows in scenic spots; and scenic spot range data, scenic spot characters, captions and scenic spot voice interpretation voice data are firstly uploaded at the voice interpretation module terminal, and then the voice interpretation module automatically interprets the contents of current scenic spots when acquiring the information that users enter the voice interpretation ranges of the scenic spots via the GPS positioning module. The guide system has the beneficial effects of solving the problem that lots of people gather in the scenic spots and being convenient for the tourists to independently choose the travel routes.

Description

technical field [0001] The invention relates to GPS geographic location technology, in particular to a geographic location-based tour guide system. Background technique [0002] With the development of the economy, people are increasingly pursuing the quality of life, and tourism has become an increasingly important leisure activity in people's lives. There are no more than two options for people to travel, either with a tour group or by themselves, but there are drawbacks in these two travel methods. [0003] If you choose to travel in a tour group, there are at least dozens of people in a tour group, and they will visit under the guidance of a tour guide, and they may also take a look at most scenic spots because of economic interests. Many tourists have visited the scenic spots But not impressed. In addition, because each tourist has different preferences, the choice of the scenic spots that they want to focus on will also be different. However, tour groups are often co...

AI Technical Summary

Problems solved by technology

Furthermore, because every tourist has different preferences, the choice of the scenic spots that they want to visit will also be different, but tour groups are often collective actions, because it restricts the freedom of tourists to visit

[0004] If tourists choose independent self-guided travel, the degree of freedom is much higher than that of group travel, but self-guided tourists are generally unfamiliar with the environment, and they may miss important scenic spots, or because they know little about the history and culture of the scenic spots, Can’t fully understand the charm of scenic spots. Each tourist is equipped with a tour guide. Not only the economic cost is high, but also the resources of tourist guides in scenic spots can’t meet the needs of tourists.

[0005] Therefore, for the problems referred to above, a lot of solutions for self-guided tours such as electronic tour guides have been developed now. This method is generally by setting devices at scenic spots, and after tourists arrive, they can retrieve the information of the scenic spots from these electronic devices. The flexibility is poor, and the information of the scenic spot can only be obtained after tourists arrive at a certain point, instead of knowing the introduction of the next scenic spot in advance to decide whether to go to the scenic spot

There is still a big problem with this kind of electronic tour guide. It is impossible to count and plan the flow of people in scenic spots, which leads to the gathering of tourists in some popular scenic spots.

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