The current onboard wireless and sensors technologies have a significant role in improving
day-to-day users' activities. Examples of these technologies are WiFi, Bluetooth, Cellular …

In recent years, the development of advanced systems and applications has propelled the
adoption of autonomous railway traffic and train positioning, with several ongoing initiatives …

Multipath (MP) and/or Non Line-Of-Sight (NLOS) reception remains a potential vulnerability
to satellite-based positioning and navigation systems in high multipath environments, such …

Ubiquitous navigation requires timely, uninterrupted and accurate estimate of receiver's
position at all times, in all environments and for all modes of transportation and it is highly …

This article characterizes and presents Global Navigation Satellite Systems in relation to rail
transportation applications. Due to the review character of this article, a synthesis of the …

This paper presents an innovative global navigation satellite system (GNSS) fault detection
and exclusion approach for the adoption of satellite localization in the rail sector. Current …

Satellite-based navigation is an essential part of all the technology-dependent applications,
such as road transport, cell phones, the medical field, aviation or the ship** industry, etc …

Accurate, ubiquitous and reliable navigation can make transportation systems (road, rail, air
and marine) more efficient, safer and more sustainable by enabling path planning, route …

Each year, global navigation satellite systems (GNSS) improve their accuracy, availability,
continuity, integrity, and reliability. Due to these continual improvements, the systems are …

GNSS positioning with high Integrity and accuracy attributes is a key application for
implementing more efficient and safer automated train systems. The goal is an overall …