Difference between revisions of "Values"

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| '''under construction'''
 
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| this page is still under construction''
 
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= Basic Principles =
 
= Basic Principles =
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== Improve Competiviness ==
 +
Think Big: We aim for Big Steps to fundamentally improve the competitiveness of Rail Freight in Europe.
 +
== Open platform ==
 +
Think European Rail Freight: We think from a generic RU / Multimodal Rail Freight Customer perspective including all Players (Customers/Shippers, Big & small RUs, IMs & Terminals / Ports).
  
The following Basic Principles for a future RU platform were defined by the CIOs as part of their Vision considerations
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=== Seamless Information ===
 +
Free Flow of Data is fundamental to Offer a seamless Product & seamless Production!
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We have to maximise digital Transparency towards Customers and between involved Service Partners.
  
[[File:media/image4.png|253x209px|Ein Bild, das Text enthält. Automatisch generierte Beschreibung]]
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=== Common Platform ===
 +
Typical service chains in Rail Freight span various Providers. A common European digital Platform lowers the cost of Data Exchange / Integration for all Parties involved, allows for added Customer Value.
  
<span id="_Toc56062975" class="anchor"></span>Figure 2 - Basic Principles
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=== Smart Platform Capabilities ===
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Sector Performance may be further increased by providing Smart Capabilities for Multi-Party Use. Prominent example is brokerage of Empty Wagon Capacity across RUs & Wagon Keepers.
  
== Data Quality  ==
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An open platfrom to provide
 +
* Open data
 +
* Shared quality level
 +
* Open standards
 +
* Open platform technology
  
Raise the data quality on the digital platforms
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== Lean approach ==
 +
Think Lean: We Maximise Work not Done & Eliminate Complexity without added Customer Value.
  
== Coverage ==
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== Trust ==
  
Early increase of the usage of existing services in the Ecosystem
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Trust in
 +
* member
 +
* provided data
 +
* usage of data
  
== Consolidate Ecosystem ==
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== Stability ==
  
Migrate the services to one future platform
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Stable
 +
* data formats
 +
* data interfaces
  
== One stable RU interface ==
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= Targets =
  
Define one stable interface for the RUs with modern interface technology
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The following [[Targets]] for the future RU platform were defined by the CIOs as part of their Vision considerations
  
== Innovation ==
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[[File:Basic_principles.png|Targets|border]]
  
Develop innovative services based on the existing offered services.
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== Data Quality  ==
  
<span id="_Current_Architecture_1" class="anchor"></span>
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Raise the data quality on the digital platforms. Further information can be found here: [[Data Quality|Data Quality]]
  
= Current Architecture =
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== Coverage ==
  
In a first step existing systems and tools are analysed.
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Early increase of the usage of existing services in the Ecosystem. Further information can be found here: [[Coverage|Coverage]]
  
The topology shows the various systems and its current owners.
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== Consolidate Ecosystem ==
  
For those systems the business objects were determined and in a second step the workflows between the business objects.
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Migrate the services to one future platform
  
All information is stored in Enterprise Architect in a common UML Model. A HTML copy of the model can be found here: [https://rff.models.interconnective.ch/model/latest/ UML Model]
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== One stable RU interface ==
  
== Topology ==
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Define one stable interface for the RUs with modern interface technology
  
The topology shows currently existing systems and tools that are analysed in details. The following links guide you to the corresponding architecture models
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== Innovation ==
 
 
The main systems are:
 
 
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=C74DDC6B-B33F-4b53-90CC-C51370B05152 GCU Broker]
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=9B8A5B35-FF7F-4ae8-92AA-F9FB3AA2E1E1 RailData ORFEUS and ISR]
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=8DFF41BF-7346-4e21-A631-D2FEA6E113F6 xRail Broker]
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=C42D445B-8177-41b6-B0A0-F1D04CEE2CF9 RNE PCS, TIS and CRD]
 
 
 
[[File:media/image5.png|604x371px|Ein Bild, das Platz enthält. Automatisch generierte Beschreibung]]
 
 
 
<span id="_Toc56062976" class="anchor"></span>Figure 3 - UML Model
 
 
 
The topology can be found here: [https://rff.models.interconnective.ch/model/latest/index.htm?guid=C2517A10-E2E1-4079-9A71-380A0DB5A334 UML Model - Topology]
 
 
 
The following picture shows the platform coverage
 
 
 
[[File:media/image6.png|488x319px]]
 
 
 
<span id="_Toc56062977" class="anchor"></span>Figure 4 – Platform Coverage
 
 
 
<span id="_Business_Objects" class="anchor"></span>
 
 
 
== Business Objects ==
 
 
 
The business objects describe in an abstract way the basic objects of todays systems.
 
 
 
They are described in the UML Model for the above mentioned systems
 
 
 
[[File:media/image7.png|423x440px]]
 
 
 
<span id="_Toc56062978" class="anchor"></span>Figure 5 - Business Objects
 
 
 
The topology can be found here: [https://rff.models.interconnective.ch/model/latest/index.htm?guid=8D39FDD0-C34E-4200-B1AB-3A9D7DD6AA29 UML Model - Business Objects]
 
 
 
Detailed Business Objects are available for
 
 
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=66C69BDD-81D8-428f-9F62-2A0AA2340BA8 GCU Broker]
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=83936096-163F-493f-AA47-67EE97925351 RailData]
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=20C2DAE5-FF43-4b93-9F41-E2EF7D64AF9D RNE]
 
* [https://rff.models.interconnective.ch/model/latest/index.htm?guid=CF6450D5-2932-4720-842D-9487E13F7229 xRail]
 
 
 
<span id="_Workflows" class="anchor"></span>
 
 
 
== Workflows ==
 
 
 
The workflows describe the interaction of the business objects of todays systems
 
 
 
[[File:media/image8.png|348x381px]]
 
 
 
<span id="_Toc56062979" class="anchor"></span>Figure 6 - Workflow
 
 
 
Each workflow is described with a swimlane diagram in details
 
 
 
[[File:media/image9.png|558x217px]]
 
 
 
<span id="_Toc56062980" class="anchor"></span>Figure 7 - Swimlane
 
 
 
Workflow diagrams and swimlanes can be found in the UML model for each of todays systems.
 
 
 
Please refer to the detailed diagrams in the subdirectories of the [https://rff.models.interconnective.ch/model/latest/index.htm?guid=4BE8AF90-5F80-445f-A373-C9171711C79B UML Model - Business Workflows].
 
 
 
== Messages and Data Objects ==
 
 
 
An overview of all messages exchanged with the related data objects in the current architecture landscape can be found as a list in the following [[Documents/List_of_Limitations_Capabilities_NFR_SAFE.xlsx|document ]]on the sheet '''Messages'''.
 
  
<span id="_Perspectives" class="anchor"></span>
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Develop innovative [[Smart Services]] based on the existing offered services.

Latest revision as of 15:50, 23 June 2021


Basic Principles

Improve Competiviness

Think Big: We aim for Big Steps to fundamentally improve the competitiveness of Rail Freight in Europe.

Open platform

Think European Rail Freight: We think from a generic RU / Multimodal Rail Freight Customer perspective including all Players (Customers/Shippers, Big & small RUs, IMs & Terminals / Ports).

Seamless Information

Free Flow of Data is fundamental to Offer a seamless Product & seamless Production! We have to maximise digital Transparency towards Customers and between involved Service Partners.

Common Platform

Typical service chains in Rail Freight span various Providers. A common European digital Platform lowers the cost of Data Exchange / Integration for all Parties involved, allows for added Customer Value.

Smart Platform Capabilities

Sector Performance may be further increased by providing Smart Capabilities for Multi-Party Use. Prominent example is brokerage of Empty Wagon Capacity across RUs & Wagon Keepers.

An open platfrom to provide

  • Open data
  • Shared quality level
  • Open standards
  • Open platform technology

Lean approach

Think Lean: We Maximise Work not Done & Eliminate Complexity without added Customer Value.

Trust

Trust in

  • member
  • provided data
  • usage of data

Stability

Stable

  • data formats
  • data interfaces

Targets

The following Targets for the future RU platform were defined by the CIOs as part of their Vision considerations

Targets

Data Quality

Raise the data quality on the digital platforms. Further information can be found here: Data Quality

Coverage

Early increase of the usage of existing services in the Ecosystem. Further information can be found here: Coverage

Consolidate Ecosystem

Migrate the services to one future platform

One stable RU interface

Define one stable interface for the RUs with modern interface technology

Innovation

Develop innovative Smart Services based on the existing offered services.