The recent growing interest for indoor localization-based services has created a need for
more accurate and real-time indoor localization solutions. Indoor localization based on …

Indoor localization using mobile devices such as smartphones remains a challenging
problem as GPS (Global Positioning System) does not work inside buildings and the …

The rapid growth area of ubiquitous applications and location-based services has made
indoor localization an interesting topic for research. Some indoor localization solutions for …

This paper investigates how to optimize the fingerprints reporting strategy to improve
localization accuracy, and how the optimal strategy theory can be utilized to streamline the …

This paper proposes an indoor localization system for mobile devices in urban high-rise
environments. The proposed system classifies received signal strength measured from …

Nowadays, an increasing number of objects can be represented by their wireless electronic
identifiers. For example, people can be recognized by their phone numbers or their phones' …

While some indoor Location Based Services (LBSs), such as medical equipment location in
hospitals or people location in museums, do not need to estimate the trajectory of devices at …

The major challenge for accurate fingerprint-based indoor localization is the design of robust
and discriminative wireless signatures. Even though WiFi RSSI signatures are widely …

Accurate indoor localization using minimalist hardware has a huge potential for energy
savings and smart homes. Current indoor localization techniques involve deployment of …

More mobile devices can obtain WiFi Received Signal Strength (RSS) for indoor positioning,
so selecting reasonable Access Points (APs) for rapid positioning is important. Furthermore …