Localization using Wi-Fi received signal strength indication (RSSI) signals gives accurate
user position results for indoor localization when the RSSI signals from Wi-Fi access points …

Image matching and wireless signal fingerprint are two methods to realize indoor
localization. However, the method based on image-matching needs to build a large scale …

A highly accurate indoor positioning under the effect of multipath reflections has been a
prominent challenge for recent research. This paper proposes a novel indoor visible light …

In the recent years positioning has become basis for a number of emerging technologies
such as wide area ubiquitous network [1], robotics, cognitive radio [2] and LTE release 9+[3] …

The optical fingerprint positioning system is suitable for indoor use. In this paper, an efficient
optical fingerprint positioning system based on the order of signal strength from lightning …

ABStrAct Pedestrian Dead Reckoning (PDR) methods using initial sensors are being
studied to provide the location information of smart device users in indoor environments …

Multi-path fading, environmental shadowing and channel interference always result in the
significant temporal and spatial variations of Received Signal Strength (RSS), and …

To achieve the high accuracy while wearing an inexpensive, tiny, and long-life transmitter,
we have developed a fingerprint-based indoor localization system. It adopts IEEE802. 15.4 …

It has traditionally been laborious and problematic to construct and maintain fingerprint
maps for indoor positioning. In this paper, a multi-phase fingerprint map indoor localization …

At present, most indoor localization technologies based on Wi-Fi relay on received signal
strengths. Due to the interferences of multipath and environment noise, the localization …