We present a privacy-preserving indoor localization scheme based on received signal
strength measurements, eg, from WiFi access points. Our scheme preserves the privacy of …

Indoor localization plays an important role as the basis for a variety of mobile applications,
such as navigating, tracking, and monitoring in indoor environments. However, many such …

The development of the Internet of Things has accelerated research in the indoor location
fingerprinting technique, which provides value‐added localization services for existing …

Location fingerprinting is a technique employed when Global Positioning System (GPS)
positioning breaks down within indoor environments. Since Location Service Providers …

Location-aware applications have been used widely with the assistance of the latest
positioning features in Smart Phone such as GPS, AGPS, etc. However, all the existing …

Wi-Fi Received Signal Strength (RSS, fingerprints) based indoor localization is promising
and widely investigated with the pervasive deployment of Wi-Fi Access Points. However, the …

WiFi fingerprint-based indoor localization techniques have been proposed and widely used
in recent years. Most solutions need a site survey to collect fingerprints from interested …

Wi-Fi fingerprinting is the most actively investigated indoor positioning technique, yielding
adequate positioning accuracy on existing wireless infrastructures. However, the positioning …

How to utilize the resource-rich cloud to provide scalable indoor localization service to solve
the problem of limited user equipment resources while preventing privacy leakage has …

The increasingly connected world magnifies the threats to users' location privacy. Encryption
protocols offer solutions to privacy concerns, but they are computationally very demanding …