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Advanced building materials are nowadays an active research domain. The integration of traditional materials and technologies in the field of electronics, photonics and computer science are leading to a new class of smart components that provide advanced functionalities and enable original applications.The LUMENTILE H2020 EU funded Project aims at the integration of existing and state-of-the-art technologies...
The EIGER1 project proposes a global approach for the exploitation of the efficient joint use of GNSS signals and UWB positioning in order to allow permanent and reliable outdoor/indoor localization. This paper is focused on the UWB positioning subsystem designed within the project. The architecture of the system and design of the main devices are described. Results of selected laboratory tests of...
Nowadays, one of the major limits of Unmanned Aerial Vehicles (UAV) is the set of low cost navigator sensors installed on them. They are vulnerable to vibration, high acceleration, high rotation and jerk. Furthermore, magnetometers drift significantly when located close to engines, to electromechanical devices or in areas with strong magnetic fields (for example grid power lines). This document describes...
Providing ubiquitous connectivity to the passengers of public transportation vehicles is an important goal of the communication system designers in the context of fast development of the intelligent transportation systems and of Future Internet communication technologies. Efficient usage of transmission resources available in the heterogeneous networking environment, characteristic to today's wireless...
Multi-access and heterogeneous wireless communications are considered to be one of the key drivers in the Future Internet. By using existing technologies, the mobile users will be Always Best Connected (ABC) anytime and anywhere while having full access to new communication services. This paper proposes the system architecture of a connectivity platform designed to implement the ABC paradigm for passengers...
The goal of this paper is to present the architecture and first performance results of the DINGPOS platform. The DINGPOS platform (Demonstrator for INdoor GNSS POSitioning) is a project funded by the ESA that covers the design, development and integration of an experimental indoor positioning system based on the fusion of three different technologies: High Sensitivity GNSS (GPS and the future Galileo),...
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