This work introduces the Unscented Genetic Algorithm (U-GA), which combines ideas from evolutionary computation and Kalman filters to devise a novel approach to solve GA-hard problems. The approach is justified based on how other Bayesian methods make strong assumptions on data, which could limit their performance in the long run....
Cooperative, Connected and Automated Mobility (CCAM) and Future Railway Mobile Communications Systems (FRMCS) services usually require uninterrupted seamless connectivity. However, in cross-border scenarios, legacy roaming techniques lead to interruption times in the range of one to two minutes, which results unsuitable for the provisioning of demanding CAM and FRMCS services....
Providing 5G seamless and secure services for train passengers is very challenging. In addition to the challenges related to high-speed, many others, such as low signal quality due to 5G coverage holes, tunnels, and complex orography, may compromise the Quality of Service (QoS) provided to train passengers, especially in trains...
In cross-border mobility scenarios, interactions between mobile network operator (MNO) infrastructures and multi-access edge computing (MEC) systems across international borders are required at both the control and data planes to provide seamless and uninterrupted services to users transitioning between two MNOs. However, the exchange of information between MEC systems faces...
Consult the deliverable describes the key aspects identified during the implementation of the 5GMED use cases and the network deployment, in relation to the policy, regulation and standardization framework of the 5G for CAM ecosystem. These key aspects are gaps, obstacles, lessons learnt, best practices which have been gathered and...
SUBSCRIBE TO THE 5GMED NEWSLETTER HERE! Welcome to the June 2024 edition of the 5GMED Monthly Digest. Stay informed about our latest achievements and developments as we work towards establishing a sustainable 5G deployment model for future mobility in the Mediterranean Cross-Border Corridor. The 5GMED Final Public Event On June 27th, the 5GMED...
The 5GMED Final Event took place at Castell de Peralada on June 27, 2024, with a preceding non-public event on June 26, during which the European Commission evaluated the project's results across all four use cases. This event marked the culmination of four years of dedicated effort by our team...
SUBSCRIBE TO THE 5GMED NEWSLETTER HERE! Welcome to the May 2024 edition of the 5GMED Monthly Digest, bringing you the latest updates as we push towards a sustainable 5G deployment model for future mobility in the Mediterranean Cross-Border Corridor. Countdown to the Final Event We are gearing up for the biggest milestone of...
SUBSCRIBE TO THE 5GMED NEWSLETTER HERE! Welcome to the April 2024 edition of the 5GMED Project Monthly Digest, where we bring you the latest updates and developments in our journey towards establishing a sustainable 5G deployment model for future mobility in the Mediterranean Cross-Border Corridor between Spain and France. 🚄 Use Case...
5G mobility can be divided into two main categories: beam level mobility and cell level mobility. The major difference between the two is that beam level mobility is handled by Layer1/PHY and Layer2/MAC signaling whereas cell level mobility requires some Layer3/RRC signaling. Cell level mobility can be further categorized into...
