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 …

While GPS-based outdoor localization has become a norm, very few indoor localization
systems have been deployed and used. In this paper, we share our 5-year experience on …

In this work, we investigate the property of the multi-beam of 5G new radio (NR) signals for
indoor localization. Specifically, the 5G NR signals are firstly sampled by a self-developed …

Ranging plays a crucial role in many wireless sensing applications. Among the wireless
techniques employed for ranging, Ultra-Wideband (UWB) has received much attention due …

In this paper we study the deployment of an Unmanned Aerial Vehicle (UAV) network that
consists of multiple UAVs to provide emergent communication service for people who are …

Benefitting from the breakthrough of wireless power transfer technology, the lifetime of
Wireless Sensor Networks (WSNs) can be significantly prolonged by scheduling a mobile …

Accurate localization of a display device is essential for AR in large-scale environments.
Visual-based localization is the most commonly used solution, but poses privacy risks …

During the last decade, there have been lots of efforts on wireless sensing using Wi-Fi
signals, which can be divided into two categories, ie, the pattern-based approach and the …

Dead reckoning is a promising yet often overlooked smartphone-based indoor localization
technology that relies on phone-mounted sensors for counting steps and estimating walking …

In this paper, we present an innovative methodology for generating virtual received signal
strength indicator (RSSI) fingerprint maps to improve indoor localization systems and …