Method for overlapping augmented reality information of intelligent machines in omni-bearing mode

Abstract

The invention provides a scheme for overlapping augmented reality information of intelligent machines in an omni-bearing mode in a real scene. Users can observe correct azimuths and ranges of peripheral geographical targets in an information overlapping window when placing the intelligent machines in any posture in three-dimensional space. Geographical names found by the users can be marked on real-scene video images, user client sides of the intelligent machines can conveniently observe the position and azimuth relations between the user client sides, and shops can widely issue advertising information of the shops through a service platform. The intelligent machines comprise all intelligent equipment such as mobile phones, tablet computers, notebook computers, camera heads with the posture sensing function and cameras with display windows and the posture sensing function, and wearable equipment such as glasses and gloves. Augmented real e-commerce, friend and shop finding, shop advertising information overlapped issuing, photogrammetry mapping, real-scene game and other functions can be achieved on Android and Apple systems of the intelligent machines. A method for overlapping the augmented reality information of the intelligent machines in the omni-bearing mode comprise two intelligent machine posture measuring methods for video information overlapping, the first method achieves intelligent machine posture measuring through rotary vector sensors, cooperation of accelerometers, magnetometers and gyroscopes is needed in the second method, and accuracy and stability are high.

Description

technical field [0001] The invention relates to the field of information technology, in particular to a method for overlaying omni-directional augmented reality information on a smart machine. [0002] Background technique [0003] Augmented reality technology is to superimpose the virtual target label on the real scene, prompt information to the user, and support the user to interact with it. [0004] Since the attitude of the smart machine is different, the real scene seen at the same position is different. The accuracy of the attitude of the smart machine affects the navigation accuracy and the accuracy of the augmented reality information superposition, so the accurate measurement of the attitude of the smart machine is of great significance. [0005] In augmented reality applications, higher requirements are placed on the attitude accuracy of smart machines. The traditional intelligent machine attitude measurement mainly uses the single-axis heading angle data infor...

AI Technical Summary

Problems solved by technology

[0012] The traditional navigation service is a map navigation service. What users see is a map. Users need to work hard to associate the real scene with the map to get the correct direction.

In addition, the update of the traditional map service is mainly downloaded regularly on the service, lacking user participation, and not dynamic

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