Indoor localization has many applications in the context of smart buildings that interact with
objects and humans. Due to their resilience to multipath fading, high penetration rate and …

Accurate localization in indoor environments with ultra-wideband (UWB) technology has
long attracted much attention. However, due to the presence of multipath components or non …

Indoor localization has been a hot area of research for many years. There are many
research proposals and commercial products which can accurately locate moving objects …

Among the numerous radio-based solutions for indoor localization, ultra-wideband (UWB)
technology is of particular interest due to its signal characteristics. The wide bandwidth of the …

Performance of Ultra-wideband (UWB) radios in non-line-of-sight (NLoS) environments has
been a topic of interest among researchers, especially when it comes to indoor localization …

In this demo, we present a low-cost indoor localization system based on the off-the-shelf
ultra-wideband transceiver Decawave DW1000. To obtain an accurate position information …

The angle of arrival (AoA) estimation is one of the commonly used techniques for indoor
localization. Ultrawideband (UWB) radios facilitate AoA estimation through the measurement …

A growing research effort has been dedicated to indoor localization specifically the
integration of multiple local positioning techniques, allowing to profit from their advantages …

Ultra wide band (UWB) systems use time information instead of the popular received signal
strength indication (RSSI). UWB is known for its high position accuracy in localization. RSSI …

Wireless localisation is becoming increasingly important in various applications such as
smart homes, elderly healthcare facilities and in industry where centimetre (cm) level …