Passive indoor localization is important. Unlike active localization techniques, it does not
require for users to carry measuring devices, eg, smart phones. Thus, it is widely used in …

Energy harvesting is well established as one of the prominent enabling technologies [along
with radio-frequency identification (RFID), wireless power transfer, and green electronics] for …

This paper summarizes the most important technologies, concurrently participating to build
the technological platform needed for a realistic implementation of the Internet of Things …

A passive harmonic tag for buried assets localization is presented for utility localization. The
tag design is based on a dual-polarized patch antenna at Ultra High Frequency (UHF) band …

Passive indoor localization techniques can have many important applications. They are
nonintrusive and do not require users carrying measuring devices. Therefore, indoor …

Vertical height estimation is critical to indoor localization technique. However, the common
story height covers from 2.8 m to 6.0 m in multistory buildings, which make it meaningless to …

The proliferation of smartphones has catalyzed diverse services, mainly focusing on indoor
localization to determine users' and devices' positions within buildings. Despite decades of …

This research focuses on the development of a foot-worn device to assist individuals with
limited mobility in walking. The device aims to reduce the risk of accidents by closely moni …

Sensor networks are increasingly used for creating smart interactive environments to
support a wide range of applications, including mobility, transportation, security, and …

The present paper is devoted to the question of development, testing, and online monitoring
of indoor positioning systems based on DWM1000 modules. It has been established that the …