AR Indoor Mapping and Navigation

Computer science and engineering

In the world of location-based services, indoor navigation has proven to be a difficult problem to solve. Due to a lack of GPS signals within, traditional methods like GPS-based navigation are useless. In this project, an augmented reality (AR)-based indoor mapping navigation system is proposed. The system is made to make it easier for people to move around interior spaces like malls, airports, hospitals, and other big structures.The suggested system makes advantage of augmented reality (AR) technology to give consumers a more immersive and intuitive navigating experience. The technology shows users directions, sites of interest, and other pertinent information on their mobile device's screen using an AR-capable camera and an indoor map that has already been constructed.Any object or location in the indoor environment can be pointed at by the user, and the system will instantly display any pertinent details and directions.The technology uses computer vision algorithms to identify indoor landmarks and items before superimposing augmented reality (AR) features to direct the user through the area.The suggested AR-based indoor mapping navigation system has the potential to completely transform interior navigation by giving users a more user-friendly and engaging experience. A number of experiments and user studies have been used to evaluate the system, and the findings indicate that it is a workable and efficient solution for indoor navigation.

This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.