Ramos Larrinaga, Mikel
Projects
SEC GERYON - Next Generation Technology Independent Interoperability of Emergency Services
7th Research Framework Programme
Call: FP7-SEC-2011-1
FP7 SEC-2011.5.2-1: Technical solutions for interoperability between first responder communication systems
12/2011 - 05/2014
FP7 SEC-2011.5.2-1: Technical solutions for interoperability between first responder communication systems
12/2011 - 05/2014
Conference Papers
An IMS-based Interoperable Architecture for Heterogeneous Emergency Services
Fidel Liberal, Jose Oscar Fajardo, Mikel Ramos, Harilaos Koumaras, Christos Sakkas, Michail Alexandros Kourtis
IEEE International Conference on Telecommunications and Multimedia (TEMU 2014)
Heraklion, Crete, Greece
28-30 July 2014
Heraklion, Crete, Greece
28-30 July 2014
ABSTRACT
Nowadays there is a growing uncertainty about the near future evolution of classical PMR solutions due to spectrum scarcity, digital dividend issues and economic crisis. This paper aims at facing this situation by seizing the existing window of opportunity due to the convergence of the IMS as a predominant enabler for future multimedia networks and the deployment of commercial LTE networks. The paper details an innovative emergency inter-networking system capable of connecting existing first responder communication systems and enabling the integration of next generation mobile networks by defining technology independent standardized interfaces under the umbrella of IMS. Concerning the experimental outcomes, the paper focuses on the reference implementation to interface with the proposed system.
Nowadays there is a growing uncertainty about the near future evolution of classical PMR solutions due to spectrum scarcity, digital dividend issues and economic crisis. This paper aims at facing this situation by seizing the existing window of opportunity due to the convergence of the IMS as a predominant enabler for future multimedia networks and the deployment of commercial LTE networks. The paper details an innovative emergency inter-networking system capable of connecting existing first responder communication systems and enabling the integration of next generation mobile networks by defining technology independent standardized interfaces under the umbrella of IMS. Concerning the experimental outcomes, the paper focuses on the reference implementation to interface with the proposed system.
An Applicability Analysis of a Converged Private-Public Mobile Network Scenario in Emergency Use Cases
George Lyberopoulos, Elina Theodoropoulou, Ioanna Mesogiti, Konstantinos Filis, Fidel Liberal, Mikel Ramos, Jose Oscar Fajardo, Naiara Goia, Amaia Bizkarguenaga
International Workshop on Emergency Telecommunications Systems (ETS 2013), Fifth International Conference on Internet Technologies & Applications (ITA 13)
Wrexham, North Wales, UK
12 September 2013
Wrexham, North Wales, UK
12 September 2013
ABSTRACT
The great technological evolution achieved in the field of public communication networks in comparison to the slower pace of the critical communications sector has raised discussions regarding the next evolutionary steps of PMR technologies and the integration of mission critical aspects into public wideband networks. This paper analyses a converged scenario of the public and private mobile network technologies which will enable those professionals to make the most of both worlds, while assuring efficient use of critical resources. This paper provides a short overview of the principles that derive from end-user requirements along with a system applicability analysis in a number of complete use cases.
The great technological evolution achieved in the field of public communication networks in comparison to the slower pace of the critical communications sector has raised discussions regarding the next evolutionary steps of PMR technologies and the integration of mission critical aspects into public wideband networks. This paper analyses a converged scenario of the public and private mobile network technologies which will enable those professionals to make the most of both worlds, while assuring efficient use of critical resources. This paper provides a short overview of the principles that derive from end-user requirements along with a system applicability analysis in a number of complete use cases.