Location information interaction system and related method for reality augmentation

Abstract

A location information interaction system and related methods for reality augmentation, the system includes a central server, several wireless detectors, a main orientation sensor, a main wireless transceiver and an interactive terminal; the interactive terminal includes a controller, a wireless transmitter, a sub-position sensor, a sub-location The wireless transceiver and display; the wireless detector obtains the wireless signal strength information of the wireless transmitter; the central server obtains each interactive Relative coordinate information of the terminal; receiving a request for obtaining augmented reality information from the interactive terminal to send corresponding relative coordinate information to the interactive terminal; one of the interactive terminals generates augmented reality image information according to the orientation information and relative coordinate information of the sub-orientation sensor, and displayed on the display. The invention acquires the relative coordinates of the interactive terminal in real time to display the reality augmented image information.

Description

technical field [0001] The invention relates to a location information interaction system for reality augmentation and a related method. Background technique [0002] Augmented Reality (AR for short), also known as augmented reality, generally forms images of the virtual reality world in real time based on camera images and angles and corresponding image processing technologies. [0003] At present, both optical see-through reality augmentation and video see-through reality augmentation rely on cameras to obtain basic images. For scenes with large areas, a large number of cameras need to be assembled, and the cost is quite high. In addition, relying on cameras to obtain basic images is easy. Affected by the weather, it is obviously not applicable to traffic instructions in mountainous areas with variable climates. Contents of the invention [0004] In view of the deficiencies in the prior art, the present invention aims to provide a location information interaction system...

AI Technical Summary

Problems solved by technology

[0003] At present, both optical see-through reality augmentation and video see-through reality augmentation rely on cameras to obtain basic images. For scenes with large areas, a large number of cameras need to be assembled, and the cost is quite high. In addition, relying on cameras to obtain basic images is easy. Affected by the weather, it is obviously not applicable to traffic instructions in mountainous areas with variable climates

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