The past years have witnessed increasing research interest in achieving passive human
localization with commodity WiFi devices. However, due to the fundamental limited spatial …

The past years have witnessed increasing research interests in achieving passive human
localization using WiFi signals. However, due to the limited spatial resolution of WiFi …

Recently, we have witnessed a booming growth of Wi-Fi-based indoor localization systems
that can locate the user without requiring the user to hold or wear any device. To foster a …

WiFi fingerprinting indoor positioning systems have extensive applied prospects. However, a
vast amount of data in a particular environment has to be gathered to establish a …

Device-free Passive (DfP) indoor localization releases the users from the burden of wearing
sensors or carrying smartphones. Instead of locating devices, DfP technology directly …

Device-free passive indoor localization is playing a critical role in many applications such as
elderly care, intrusion detection, smart home, etc. However, existing device-free localization …

Device-free localization of people and objects indoors not equipped with radios is playing a
critical role in many emerging applications. This paper presents an accurate model-based …

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

Accurate indoor pedestrian localization and tracking are crucial in many practical
applications. One efficient yet low-cost sensing scheme is the integration of inertial …

With the extensive development of Wi-Fi, indoor location services based on received signal
strength (RSS) fingerprints have attracted increasing attention from researchers. In complex …