摘要
This paper illustrates a project work made by graduate students in computer engineering at University of Pavia. The project concerns a mobile indoor navigation application, called NavApp, for the mobility of pedestrians inside a building. NavApp has been deployed in a real environment, namely the library of the University of Pavia. It supports the staff in picking, storing, moving and inventory operations. Indoor navigation relies on a cloud service that fuses data of magnetic fields, Wi-Fi and beacons, called Indoor Atlas. NavApp has a sufficient positioning precision(2 meters) with the relevant advance of being able of working without any pre-deployed infrastructure, a key point in an ancient library with many million books.
This paper illustrates a project work made by graduate students in computer engineering at University of Pavia. The project concerns a mobile indoor navigation application, called NavApp, for the mobility of pedestrians inside a building. NavApp has been deployed in a real environment, namely the library of the University of Pavia. It supports the staff in picking, storing, moving and inventory operations. Indoor navigation relies on a cloud service that fuses data of magnetic fields, Wi-Fi and beacons, called Indoor Atlas. NavApp has a sufficient positioning precision(2 meters) with the relevant advance of being able of working without any pre-deployed infrastructure, a key point in an ancient library with many million books.
出处
《计算机教育》
2018年第12期64-69,共6页
Computer Education
