Industry 4.0 transforms the manufacturing sector with dynamic, networked, complex
industrial environments. These environments generate vast amounts of data and require …

The widespread use of the internet and the exponential growth in small hardware diversity
enable the development of Internet of things (IoT)-based localization systems. We review …

Nowadays, mobile applications need the location of the running devices to operate properly.
This has increased the interest in indoor localization. Furthermore, the ability to sense …

Wireless indoor localization is a significant challenge because of the noise generated by
building structures, electromagnetic fields, and distances between connected nodes inside a …

Indoor localization systems have become more and more popular. Several technologies are
intensively studied with application to high precision object localization in such …

Indoor localization plays an essential role in enabling location-based services (LBSs) for
sensor networks wherever global navigation satellite systems (GNSSs) are unreachable. For …

Modern IoT devices, that include smartphones and wearables, usually have limited
resources. They require efficient methods to optimize the use of internal storage, provide …

In recent decades, there have been significant research efforts focusing on wireless indoor
localization systems, with fingerprinting techniques based on received signal strength …

Machine learning models have become an essential tool in current indoor positioning
solutions, given their high capa-bilities to extract meaningful information from the …

This paper presents a 3-axis Cartesian Portal moving a UHF-RFID antenna which enables
SAR-based localization for worker safety applications. It is part of the SENERGY Project …