Difference between revisions of "Digital Platform Pilot"
From RFF Wiki
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= Introduction = | = Introduction = | ||
In this pilot RFF DP proofs the concept (POC) of the digital services developed and hosted with Microsoft and its new developed OSCP framework. | In this pilot RFF DP proofs the concept (POC) of the digital services developed and hosted with Microsoft and its new developed OSCP framework. | ||
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| + | To test the platform a list of use cases have been selcted based on an evaluation schema found on Sharepoint. | ||
= Use Cases = | = Use Cases = | ||
* DS_08 [[Digital Train Handover]] | * DS_08 [[Digital Train Handover]] | ||
** UC_05 [[DS_08_UC_05|Inform involved partner about status]] | ** UC_05 [[DS_08_UC_05|Inform involved partner about status]] | ||
| + | * SM_17.2 [[GEO Model]] | ||
| + | ** UC_01 [[GEO_Model#UC1:_Relate_a_point_to_the_nearest_track|Relate a point to the nearest track]] | ||
| + | ** UC_05 [[GEO_Model#UC5:_Shape_a_location|Shape a location]] | ||
| + | ** UC_06 [[GEO_Model#UC6:_Calculate_distance_between_two_locations|Calculate distance between two locations]] | ||
| + | * DS_05 [[Telematic Data Sharing]] | ||
| + | ** UC_01 [[DS_05_UC_01|Send Wagonposition]] | ||
| + | ** UC_02 [[DS_05_UC_02|Forward Wagonposition]] | ||
* DS_06 [[Digital Train Operations]] | * DS_06 [[Digital Train Operations]] | ||
** UC_01 [[DS_06_UC_01|Collect all train related information (TRF, TRI)]] | ** UC_01 [[DS_06_UC_01|Collect all train related information (TRF, TRI)]] | ||
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* DS_03 [[Digital Train Composition]] | * DS_03 [[Digital Train Composition]] | ||
** UC_02 [[DS_03_UC_02|Convert from RU train composition to IM train composition]] | ** UC_02 [[DS_03_UC_02|Convert from RU train composition to IM train composition]] | ||
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= Proof of Platform = | = Proof of Platform = | ||
Revision as of 11:28, 26 September 2021
Introduction
In this pilot RFF DP proofs the concept (POC) of the digital services developed and hosted with Microsoft and its new developed OSCP framework.
To test the platform a list of use cases have been selcted based on an evaluation schema found on Sharepoint.
Use Cases
- DS_08 Digital Train Handover
- SM_17.2 GEO Model
- DS_05 Telematic Data Sharing
- UC_01 Send Wagonposition
- UC_02 Forward Wagonposition
- DS_06 Digital Train Operations
- DS_03 Digital Train Composition
Proof of Platform
Four areas of interest have been proposed to test the MS framework
- Data Highway
In this test area the ability of the framework is tested:
- to route messages securely, independent and reliable
- to convert messages for delivery
- to convert messages at reception
- to orchestrate and operate the message passing (rules, auth, monitor, error handling, access/delivery patterns)
- Railway functionality
This area focuses on the functionalities of the platform for railway business
- commercial
- planning
- operation
- controlling
- safety related
What functions are available, which are on the MS roadmap, what is open?
- Data model
MS announced that the framework is based on the standardized data model. The tests aim to learn how
- to use the data model for railway business
- to convert from existing railway (industry) standards
- to shape the data model and
- to learn the roadmap of the model
- Clients/GUI
In this area the tests concentrate on GUI technologies for
- webbased clients
- mobile based clients (native, PWA, hybrid, ...) and
- the development stack (code base, cross over, lifecycle, supported platforms, ...)
