The development of indoor localization has been advanced by the rapid development of
intelligent devices. The well-known methods used for indoor localization such as Wi-Fi …

With rapid development of Internet of Things (IoT) and pervasive computing, indoor
localization and tracking has attracted considerable attentions. This work aims at designing …

For existing indoor localization algorithm has low accuracy, high cost in deployment and
maintenance, lack of robustness, and low sensor utilization, this paper proposes a particle …

Wireless indoor positioning systems have been extensively investigated and have enabled
a great number of pervasive applications. Traditional indoor localization systems mostly rely …

Indoor target tracking is a crucial application of indoor localization systems. Wi-Fi fingerprint-
based target tracking/positioning has been extensively studied due to its deployability under …

The widespread deployment of Wi-Fi communication makes it easy to find Wi-Fi access
points in the indoor environment, which enables us to use them for Wi-Fi fingerprint …

Wireless signal strength is susceptible to the phenomena of interference, jumping, and
instability, which often appear in the positioning results based on Wi-Fi field strength …

The accuracy of existing Wi-Fi fingerprint-based indoor localization methods with
smartphones is generally limited by the perceptual aliasing of Wi-Fi signals and device …

This paper proposes a precise WiFi fingerprinting indoor positioning algorithm for complex
pedestrian environments. We transform the disturbed received signal strength (RSS) from …

WiFi fingerprinting is the method of recording WiFi signal strength from access points (AP)
along with the positions at which they were recorded, and later matching those to new …