Many indoor localization techniques that rely on received signals from Wi‐Fi access points
have been explored in the last decade. Recently, crowdsourced Wi‐Fi fingerprint attracts …

Location-based service (LBS) servers are refined periodically due to the new type of privacy
issues involved while providing various social benefits to the users. In literature, many …

Passive device-free localization of a person exploiting the Channel State Information (CSI)
from Wi-Fi signals is quickly becoming a reality. While this capability would enable new …

Recently, the ubiquity of mobile devices leads to an increasing demand of public network
services, eg, WiFi hot spots. As a part of this trend, modern transportation systems are …

The main drawback for large-scale applications of WiFi-based localization is the varying
characteristics of received signal strength (RSS), which degenerates the localization …

As a straightforward consequence of advances in the Internet of Things (IoT), location-based
service (LBS) applications have been pervasive in our daily lives. Nevertheless, since those …

In indoor localization based on Wi-Fi fingerprinting, a target sends its received signal
strength indicator (RSSI) of access points (APs) to a server to estimate its position …

We present Wi-Peep-a new location-revealing privacy attack on non-cooperative Wi-Fi
devices. Wi-Peep exploits loopholes in the 802.11 protocol to elicit responses from Wi-Fi …

Location based services (LBSs) have raised serious privacy concerns in the society, due to
the possibility of leaking a mobile user's location information in enabling location-dependent …