Growing demand for Indoor Localization and Navigation, and the increasing importance of
Location Based Services (LBS) necessitates methods that can accurately estimate the …

Wireless communication medical implants are gaining an important role in healthcare
systems by controlling and transmitting the vital information of the patients. Recently …

The intra‐pulse phase change caused by frequency difference of arrival (FDOA) is very little
and even omitted due to extremely short duration of emitter pulses that the joint location …

This paper considers the localization of a moving target using a forward scatter radar
consisting of a transmitter and an array antenna receiver. A direct positioning method based …

Utilizing the time differences of arrival of a signal, impinging on a distributed sensor network,
is a well known approach for the location estimation of a radio wave emitter. The high …

The sparse direct position determination (DPD) method requires reconstructing the emitter
position with prior knowledge. However, in non-cooperative localization scenarios, it is …

Indoor localization is one of the key topics in the area of wireless networks with increasing
applications in assistive healthcare, where tracking the position and actions of the patient or …

This paper proposes a novel method for direction-of-arrival (DOA) estimation in azimuth
based on spatial sparsity for a wideband acoustic signal using a uniform linear array. The …

Accurate indoor localization technologies are currently in high demand in wireless sensor
networks, which strongly drive the development of various wireless applications including …

Indoor localization and fall detection are two of the most paramount topics in assistive
healthcare, where tracking the positions and actions of the patient or elderly is required for …