With the rapid development of WLAN infrastructure, fingerprint-based positioning using
signal strength has become a promising localization solution in indoor space. Commonly …

This article addresses several challenges for practical deployment of Wi-Fi fingerprinting
localization. First, the signals of virtual access points (VAPs) from the same physical access …

Indoor localization system based Wi-Fi received signal strength (RSS) has gained popularity
in recent years, as wireless local area networks and Wi-Fi enabled mobile devices are …

Location fingerprinting suffers in dynamic environments and needs recalibration from time to
time to maintain system performance. This paper proposes an adaptive approach for …

Indoor location systems that rely on WiFi signal strength values from the existing building
infrastructure deliver adequate accuracy with no installation cost at the expense of time and …

Positioning in indoor scenarios using signals of opportunity is an effective solution enabling
accurate and reliable performance in Global Navigation Satellite System (GNSS)-obscured …

The device diversity problem is an important issue in indoor fingerprinting localization
systems based on received signal strength (RSS). Since different mobile devices are usually …

Information about indoor locations of intelligent appliances is necessary to provide smart
services by collaboration across the appliances. This study proposes a method to …

Wi-Fi (or WLAN) based indoor navigation applications for mobiles rely on cloud-based
services (s) that take care of a user's (u) localization task using structures called Radio Maps …

Mobile indoor navigation systems, such as those provided by indoo. rs, often use WiFi or
Bluetooth RSSI fingerprint maps, as this approach works on most mobile devices. Because …