Page 156 - 360.revista de Alta Velocidad - Nº 5
P. 156

Hutchinson, Michael. Marais, Juliette. Masson, Émilie. Mendizabal, Jaizki. Meyer zu Hörste, Michael.




                 service model for use in safely introducing the technology to specific new lines and for new
                 applications. The partners will also gain a holding in the supply chain(s) involved in developing
                 and certifying dedicated hardware, algorithms and the infrastructure required to deliver the
                 services e.g. local integrity monitoring stations.

                 1.  Improved services and customer quality: the use of enhanced communication technologies
                     will derive in the following outcomes: trains will be managed more efficiently providing
                     improved reliability,  enhanced  capacity  of the  lines  and  providing communication
                     capabilities for real-time data transmission for improved passenger information, offering a
                     better customer experience.
                 2.  Reduced system costs: the design and implementation of the on-board gateway will be based
                     on mass-market technologies and open interfaces, which will enable flexible architectures
                     and application of engineering standards, allowing a correct system design adapted to the
                     requirements of different market segments.
                 3.  Enhanced interoperability: remaining technical “open points” related to electromagnetic
                     compatibility will be closed.
                 4.  Simplified  business  processes  as  modular  architectures  are  introduced  to  divide  the
                     validation effort and improve standardization. The interface from the core system to the
                     new technologies to be incorporated to the gateway will be defined as a seamless continuous
                     upgrade possibility.


                       3.4     Implementation

                 Regarding the on-board positioning, the priority tasks are:

                 •  to contribute to the test set-up, data collection and analysis according to specifications,
                 •  to assist with further development of those specifications,  • to provide input to the safety
                     case,
                 •  to build a DRM prototype.

                 SmartRaCon expect the contribution to data collection/test campaigns to be part of a wider
                 effort  including  founder  members  to  analyse  and  validate  positioning  system  performance,
                 throughout the various stages of the testing outlined in the Scoping Paper. The same may be
                 said regarding progression of the specifications output from the NGTC project. The specific
                 tasks proposed to contribute to the safety case will be led by SmartRaCon but will in certain
                 aspects require input and cooperation with founder members. Other proposed tasks are seen
                 as generally internal to the consortium requiring a low level of interaction with the founder
                 members in order to set requirements and gain feedback on results. This is the case for example
                 with the proposed Route Clearance service. In all cases a close level of cooperation with the
                 founder members is important in order to take into account the specific characteristics of the
                 proposed positioning system solution.

                       3.5     Integrated Assessment

                 A  technology  and  impact  evaluation  is  an  essential  element  within  the  Shift2Rail  Joint
                 Undertaking in order to show the effect that this initiative will have on its key target KPIs: to
                 double the capacity and availability and to reduce the costs of the railway system by 50%. The
                 Shift2Rail Project “IMPACT-1” is producing a comprehensive bottom-up KPI model with the aim




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