High-precision indoor positioning technology is regarded as one of the core components of
artificial intelligence (AI) and Internet of Things (IoT) applications. Over the past decades …

Accurate indoor positioning is critical to a variety of use cases including tracking, proximity,
map**, and navigation. Existing positioning methods are either inaccurate (eg RSSI …

Due to the complexity of urban environments, localizing pedestrians indoors using mobile
terminals is an urgent task in many emerging areas. Multi-source fusion-based localization …

Indoor localization has broad application prospects, but accurately obtaining the location of
test points (TPs) in narrow indoor spaces is a challenge. The weighted K-nearest neighbor …

Indoor wireless localization toward the next generation Wi-Fi access point has attracted
considerable attention due to the presentation of the state-of-art Wi-Fi fine time …

The emerging WiFi Round Trip Time measured by the IEEE 802.11 mc standard promised
sub-meter-level accuracy for WiFi-based indoor positioning systems, under the assumption …

The rapid growth in the technological advancements of the smartphone industry has
classified contemporary smartphones as a low-cost and high quality indoor positioning tools …

The indoor positioning system is now an important technique as part of the Internet-of-
Things (IoT) ecosystem. Among indoor positioning techniques, multiple Wi-Fi Access Points …

Smartphone-based WiFi ranging using fine time measurement (FTM) is severely impacted
by Non-line-of-sight (NLoS) environments, which causes significant positioning errors. To …

An accurate indoor positioning system (IPS) for the public has become an essential function
with the fast development of smart city-related applications. The performance of the current …