Ultra-Wideband (UWB) is an emerging technology for short-range wireless communications.
Due to the high bandwidth of UWB signals, accurate ranging is possible, which is one of …

This contribution considers the accuracy limits of ultra-wideband localization systems
dedicated to large-scale applications. Industrial environments are known for being extremely …

Wireless ultra-wideband (UWB) systems are characterized by an enormous bandwidth of up
to several GHz and are therefore a promising candidate for high data rate indoor …

With the popularity of navigation applications and the integration of GPS in user devices,
location-awareness is becoming an essential feature demanded by users. Nevertheless …

Ultra-wideband radio technology is one of the most promising technologies for indoor
Location & Tracking applications, allowing the development of combined data transmission …

In this paper, we consider localization using the ultrawide bandwidth (UWB) technology in a
typical indoor environment scenario, where ranging is subject to estimation error and excess …

This chapter presents and discusses the fundamentals of ultra‐wideband (UWB) technology,
the main issues and the methods of obtaining high‐resolution ranging and localization. It …

The ultra-wideband (UWB) technology is recognized as an ideal candidate to provide
accurate localization in challenging indoor environments where other technologies, eg WiFi …

When a UWB signal is transmitted, we expect there to be a number of reflected multipath
signals because of reflections due to objects in the environment. As a result of these …

Ultra-Wideband (UWB) technology with high data transfer rate, high temporal resolution and
the advantages of strong penetrability, in short distance, the complex environment in the …