Magnetic localization is used in many indoor positioning applications, such as industrial,
medical, and IoT, for its benefits related to the absence of line of sight needs, multipath and …

Currently, magnetic gradient tensor-based localization methods face challenges such as
significant errors in geomagnetic field estimation, susceptibility to local optima in …

This paper aims to provide the research and development activities of ESA contract
4000111736/14/NL/GLC on Multi-Magnetometer Methods for Magnetic Dipole Modelling …

The electromagnetic characterization of reaction wheels is crucial to comply with the
demanding ac magnetic field cleanliness requirements of space science missions, thus …

In the present article, we propose, present and validate a concrete methodology for
automating the calibration process of the magnetic field sensors in a measuring facility. The …

A large portion of the pipe infrastructure used in the chemical processing industry is
susceptible to corrosion under insulation (CUI). Eddy current-based magnetic sensing is one …

In this article, the analysis of a reaction wheel's static and low-frequency (LF) magnetic fields
is carried out. The key parameters that affect the spectral variations of the magnetic field …

The moving-magnet linear motor has received considerable attention in the development of
logistic and factory automation in recent years. A reliable position detection system is the key …

In this chapter, modeling methods of static and slowly varying magnetic field emissions that
are generated by spacecraft equipment are analyzed and discussed. In particular, specific …