Indoor navigation method and computer equipment based on temporary communication channel

Abstract

The present application discloses an indoor navigation method and computer equipment based on a temporary communication channel. The method includes: counting all mobile terminals in the same designated corridor in a building; generating a virtual route; selecting all first mobile terminals; If the quantity of all the first mobile terminals is greater than the preset quantity threshold, an ascending sequence is obtained; a designated mobile terminal is selected from the ascending sequence, and a second mobile terminal is obtained; a temporary communication channel is constructed; a projection request is sent to the designated mobile terminal, Make the specified mobile terminal project a group of indicating patterns on the projection screen; identify whether there is a second mobile terminal passing through the preset area; if there is a second mobile terminal passing through the preset area, remove the group of indicating patterns from the projected Corresponding sub-patterns; until the last second mobile terminal passes through the preset area; suspending the temporary communication channel, so as to complete the navigation in the designated corridor.

Description

Technical field [0001] The present application relates to a computer domain, in particular to an indoor navigation method and computer device based on a temporary communication channel. Background technique [0002] There are many people who have experienced many people in a huge complicated building. The reason is that for a huge complicated building, ordinary people are unfamiliar with the traffic structure of huge complex buildings, and it is difficult to find the exact route to the destination. This issue is particularly obvious in large buildings. In order to solve this problem, it will set some indications in the building as a guide, but because ordinary people do not understand the basic channel inside the building, these indicators can play very limited. Therefore, the traditional solution is difficult to perform accurate indoor navigation. Inventive content [0003] In order to achieve the object of the invention, the present application proposes an indoor navigation me...

AI Technical Summary

Problems solved by technology

The reason is that for large and complex buildings, ordinary people are not familiar with the passage structure of large and complex buildings, and it is difficult to find an accurate route to the destination, and this problem is especially obvious in large buildings

In order to solve this problem in the prior art, some signboards are set up in the building as guidance hints. However, since ordinary people do not understand the basic passages inside the building, the guiding effect of these signboards is very limited.

Therefore, it is difficult for traditional solutions to perform accurate indoor navigation

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