Low-cost localization solutions for indoor environments have a variety of real-world
applications ranging from emergency evacuation to mobility aids for people with disabilities …

For the location determination of persons and objects in indoor environments a variety of
systems have been developed in recent years. The main methods are described and …

In order to apply indoor localization systems in real environments it is necessary to provide
an accurate location without implying a high impact on the user's normal behaviour. To …

Urban environment constitutes a challenging area for pedestrian navigation. However, with
the recent increase of pedestrians owning devices (eg smartphones), complementary data …

Indoor localization and indoor pedestrian navigation is an active field of research with
increasing attention. As of today, many systems will run on commercial smartphones, but …

Indoor positioning through signal fingerprinting is a popular choice since it requires little or
no additional infrastructure. However, the initial creation and subsequent maintenance of the …

The correlations between smartphone sensors, algorithms, and relevant techniques are
major components facilitating indoor localization and tracking in the absence of …

Wi-Fi and smartphone based location tracking technologies have been widely applied in
location based services (LBS). This research is a part of an Australian Research Council …

Device-free indoor localization (DFIL) system can locate the position of human body in the
indoor environment by observing the changes in the received signal strength indicator …

Tracking a pedestrian with a smartphone accurately and in real-time remains a challenging
topic in Indoor Positioning Systems. The current computing power of a smartphone is such …