This paper describes the design and realization of a 5.6-GHz ultrawide-bandwidth-based
position measurement system. The system was entirely made using off-the-shelf …

The emergence of low cost Ultra Wide Band (UWB) transceivers has enabled the
implementation of Wireless Sensor Networks (WSN) based on this communication …

This paper presents research to develop an ultrawideband ranging sensor for personnel
indoor localization based on the measurement of the pulse round-trip time. An approach …

Accurate positioning and distributed time synchronization for short-range personal area
networks (PAN) are expected to boost the impact of mobile wireless systems in a variety of …

Wireless sensor networks are becoming widely diffused because of the flexibility and
scalability they offer. However, distributed measurements are significant only if the readout is …

Precision time synchronization is critical for distributed sensing, and coordinated actuation in
various low-range wireless applications in Internet of Things and Robotics. The state-of-the …

Indoor positioning, also referred to as indoor localization, shall be defined as the process of
providing accurate people or objects coordinates inside a covered structure, such as an …

This paper describes the design and realization of a 5.6 GHz ultra--wide bandwidth based
position measurement system. The system has been entirely made using off--the--shelf …

Impulse based Ultra wideband technology has been the motivation of many recent
researches with the potential of many applications to be researched. The uniqueness of the …

The application of TDCs to wireless distance measurement problems is evaluated by means
of experimental tests using a realized system. The system is capable of measuring the round …