Due to their distinctive presence in everyday life and the variety of available built-in sensors,
smartphones have become the focus of recent indoor localization research. Hence, this …

The utility and adoption of indoor localization applications have been limited due to the
complex nature of the physical environment combined with an increasing requirement for …

Smartphones have become an indispensable tool in the work and life of most people. Given
the many kinds of sensors built into smartphones, solving indoor navigation problems using …

In this paper, an improved indoor localization method based on smartphone inertial sensors
is presented. Pedestrian dead reckoning (PDR), which determines the relative location …

High accuracy localization is easily obtained in an exterior context with GPS, but the
development of indoor positioning systems remains a challenge. The GPS signals, by …

Indoor localization and tracking plays a vital role in the IoT field for its various types of
applications, eg healthcare system, pedestrian navigation, emergency rescue. Among all the …

The existing radio frequency-based positioning approaches widely used for indoor
localization-based service (LBS) are fingerprinting and trilateration and their integration with …

Personal indoor localization with smartphones is a well-researched area, with a number of
approaches solving the problem separately for individual users. Most commonly, a particle …

For localization in daily life, low-cost indoor positioning systems should provide real-time
locations with a reasonable accuracy. Considering the flexibility of deployment and low price …

The detection of indoor location based on magnetic fields collected by embedded sensors in
smartphones has been progressed rapidly. Most current approaches rely on the particle filter …