For time-of-arrival-(TOA)-based indoor human tracking system, the wireless channel
between human body surface and external reference node can be regarded as the source of …

In time-of-arrival (TOA) based indoor human tracking system, the human body mounted with
the target sensor can cause non-line of sight (NLOS) scenario and result in significant …

Autonomy of vehicles is a widely discussed topic, increasing the need for low power,
inexpensive and precise localization and navigation. Due to ongoing research and …

The location of people, mobile terminals and equipment is highly desirable for operational
enhancements in the mining industry. In an indoor environment such as a mine, the …

Abstract The Architecture, Engineering & Construction (AEC) industry has increasing
demand for a more efficient and effective construction progress monitoring approach, to …

An accurate approach in locating a source based on the intersections of hyperboloids
defined by the time difference of arrival (TDOA) of a signal received at a number of reference …

Ultra-wideband (UWB) technology provides considerable performance in many indoor
localization problems thanks to its very wide spectrum and high-resolution characteristics. In …

The rapid advancement in wireless technology, implantable medical devices and pervasive
computing gave birth to a booming era of body area network (BAN) and BAN is finding an …

An improved hybrid algorithm is developed for the accurate indoor location to eliminate the
noise deviation and NLOS (nonline-of-sight) bias. The measured data of residuals are used …

Precise and accurate localization and motion classification is an emerging fundamental
areas for scientific research and engineering developments. Such science and technology …