The reliable and accurate indoor pedestrian positioning is one of the biggest challenges for
location-based systems and applications. Most pedestrian positioning systems have drift …

To solve the problem of time-consuming, laborious, and low accuracy in magnetic map
construction, a trajectory guided 2-D magnetic map construction method is proposed in this …

For existing indoor localization algorithm has low accuracy, high cost in deployment and
maintenance, lack of robustness, and low sensor utilization, this paper proposes a particle …

With the wide deployment of Wi-Fi networks, Wi-Fi based indoor localization systems that
are deployed without any special hardware have caught significant attention and have …

Indoor pedestrian localization is of great importance for diverse mobile applications. Many
indoor localization approaches have been proposed; among them, Radio Signal Strength …

Due to the unavailability of GPS indoors, various indoor pedestrian positioning approaches
have been designed to estimate the position of the user leveraging sensory data measured …

Indoor pedestrian tracking extends location-based services to indoor environments where
GPS signal is rarely detected. Typical indoor localization method is Wi-Fi-based positioning …

Available techniques for indoor object locating systems, such as inertial sensor-based
system or radio fingerprinting, hardly satisfy both cost-effectiveness and accuracy. In …

Location-based services (LBS) have attracted a great deal of attention recently. Outdoor
localization can be solved by the GPS technique, but how to accurately and efficiently …

Pedestrian dead reckoning (PDR) has emerged as an effective technique employed in
location services for the Internet of Things. However, PDR confronts with cumulative errors …