Smart City Gnosys
Smart city article details
| Title | Indoor-Outdoor Navigation Without Beacons: Compensating Smartphone Ar Positioning Errors With 3D Pedestrian Network |
|---|---|
| ID_Doc | 31262 |
| Authors | Xu J.; Xue F.; Chiaradia A.; Lu W.; Cao J. |
| Year | 2020 |
| Published | Construction Research Congress 2020: Infrastructure Systems and Sustainability - Selected Papers from the Construction Research Congress 2020 |
| DOI | http://dx.doi.org/10.1061/9780784482858.049 |
| Abstract | Despite the extensive use of positioning and navigation in outdoor space, indoor positioning and navigation systems, essential for intelligent building and smart city services, are unsatisfactory in either performance or price, sometimes in both. This paper analyzes and compares the performances and prices of existing indoor positioning technologies that are categorized into a few classes according to their spatial sensing and referencing methods. Based on the previous work in walkability, this paper proposes a novel walkability network-based augmented reality (WaNAR) method using smartphones with AR positioning function for positioning and navigation. In WaNAR, drifting of the AR positioning signals are corrected continuously by the ground-truth 3D indoor/outdoor walkability network (e.g., nobody is supposed to walk through a wall) in a 3D model. The error at the vertical axis of the walking direction is corrected continuously and that of the walking direction is compensated at every turn. WaNAR can be used in both indoor and outdoor navigation, its performance and price are proved to be largely improved compared to existing technologies. The only investment for a typical building is a 3D drawing of indoor walkable space in a few staff-hours. WaNAR has broad application prospects at various positioning and navigation scenarios. © 2020 American Society of Civil Engineers. |
| Author Keywords | Augmented reality positioning; error compensation; indoor navigation; indoor-outdoor integration; pedestrian network |
Similar Articles
| Id | Similarity | Authors | Title | Published |
|---|---|---|---|---|
48982  | 0.879 | Alkady Y.; Rizk R.; Alsekait D.M.; Alluhaidan A.S.; Abdelminaam D.S. | Sins_Ar: An Efficient Smart Indoor Navigation System Based On Augmented Reality | IEEE Access, 12 (2024) |
| 27196 | 0.877 | Alluhaidan A.S.; Almusfar L.A.; Shdefat A.Y.; Mansour A.E.; Abdelminaam D.S.; Alkady Y. | From Gps To Ar: Leveraging Augmented Reality And Grid-Based Systems For Improved Indoor Navigation | IEEE Access, 13 (2025) |
| 30885 | 0.865 | Kumar D.; Iyer S.; Raja E.; Kumar R.; Kafle V.P. | Improving Pedestrian Navigation In Urban Environment Using Augmented Reality And Landmark Recognition | IEEE Communications Standards Magazine, 8, 1 (2024) |
| 47499 | 0.863 | Wang J.; Shi C.; Xia M.; Zheng F.; Li T.; Shan Y.; Jing G.; Chen W.; Hsia T.C. | Seamless Indoor-Outdoor Foot-Mounted Inertial Pedestrian Positioning System Enhanced By Smartphone Ppp/3-D Map/Barometer | IEEE Internet of Things Journal, 11, 7 (2024) |
| 24083 | 0.859 | Kumar D.; Iyer S.; Raja E.; Kumar R.; Kafle V.P. | Enhancing User Experience In Pedestrian Navigation Based On Augmented Reality And Landmark Recognition | 2022 ITU Kaleidoscope - Extended Reality - How to Boost Quality of Experience and Interoperability, ITU K 2022 - Proceedings (2022) |