On System of Systems ontologies in the national standards for UK digital railways

Oleg Pokusaev, Vasily Kupriyanovsky, Dmitry Katzin, Alexander Klimov

Abstract


The article discusses issues related to the national standards of the digital railway in the UK. Digital railway technologies require higher levels of integration in railway systems and railway operations, as well as between real-time management systems and IT business systems. Unlike conventional signaling systems, digital signaling systems are deployed on rolling stock, track infrastructure and operational centers associated with scheduling systems, which necessitates new ways of working that are not currently implemented by the UK railways. The ontological approach of the system of systems, which changes the accepted standards, becomes the central link in the creation and operation of this new digital railway. A system of systems is a set of targets or dedicated systems that combine their resources and capabilities together to create a new, more complex system that offers more functionality and performance than just the sum of composite systems. At present, systems of systems are a critical research and practical discipline for which reference systems, thought processes, quantitative analysis, tools, and design methods are incomplete. The methodology for identifying, abstracting, modeling, and analyzing system problems is commonly called a system design system.

Full Text:

PDF (Russian)

References


Kupriyanovsky, Vasily, et al. "Digital Railroad–forecasts, innovations, and projects." International Journal of Open Information Technologies 4.9 (2016): 34-43.

Kupriyanovsky, Vasily, et al. "The digital transformation of the economy, the railways, and smart cities. Plans and experience in the UK." International Journal of Open Information Technologies 4.10 (2016): 22-31.

Kupriyanovsky, Vasily, et al. "Digital Railroad-an integrated information model as the basis of the digital transformation." International Journal of Open Information Technologies 4.10 (2016): 32-42.

Sinyagov, Sergey, et al. "Digital Railroad-create digital assets. Based on materials from Network Rail (UK) project asset management system modernization." International Journal of Open Information Technologies 4.10 (2016): 43-54.

Nikolaev, Danila, et al. "Digital Railroad-an innovative standards and their role on the example of the UK." International Journal of Open Information Technologies 4.10 (2016): 55-61.

Kupriyanovsky, Vasily, et al. "On Internet of Digital Railway." International Journal of Open Information Technologies 4.12 (2016): 53-68.

Shneps-Shneppe M. A., Kuprijanovskij V. P. Mobil'naja set' GSM-R—osnova cifrovoj zheleznoj dorogi //Mezhdunarodnyj nauchnyj zhurnal «Sovremennye informacionnye tehnologii i IT-obrazovanie». – 2016. – T. 12. – #. 1. – S. 222-231.

Kupriyanovsky, Vasily, et al. "The new paradigm of the digital railway–assets life cycle standardization." International Journal of Open Information Technologies 5.2 (2017): 64-84.

Kupriyanovsky, Vasily, et al. "Bandwidth and economy of the digital railway in the transformation of signaling and train control." International Journal of Open Information Technologies 5.3 (2017): 117-132.

Kupriyanovsky, V. P., et al. "Economics of innovations for digital railways. Experience in the UK." International Journal of Open Information Technologies 5.3 (2017): 79-99.

Zamolodchikov, Dmitry, et al. "Comfortable environment and resources for passenger stations in the lifecycle of digital railways assets." International Journal of Open Information Technologies 5.3 (2017): 100-116.

Sokolov, Igor, et al. "On breakthrough innovative technologies for infrastructures. The Eurasian digital railway as a basis of the logistic corridor of the new Silk Road." International Journal of Open Information Technologies 5.9 (2017): 102-118.

Kupriyanovsky, Vasily, et al. "Considerations on the problems of creating a digital railway for the new silk road of the transcontinental logistics partnership for the economic development of the countries belonging to the EAEU and Russia." International Journal of Open Information Technologies 5.9 (2017): 119-140.

Larin O.N. Kuprijanovskij V.P MEHANIZMY INVESTICIONNOJ PODDERZhKI INFRASTRUKTURNYH PROEKTOV KITAJSKOJ INICIATIVY «ODIN POJaS, ODIN PUT''» I TEHNOLOGII CIFROVOJ ZhELEZNOJ DOROGI //Sovremennye informacionnye tehnologii i IT-obrazovanie 2017 Tom 13 STR 47-54

Kuprijanovskij V.P., Alen'kov V.V., Klimov A.A., Sokolov I.A., Zazhigalkin A.V. CIFROVAJa ZhELEZNAJa DOROGA – ERTMS, BIM, GIS, PLM I CIFROVYE DVOJNIKI. //Sovremennye informacionnye tehnologii i IT-obrazovanie 2017 Tom 13 # 3. Str 129- 166

Sokolov, Igor, et al. "On opportunities for the development of the digital railway as a base for a multimodal transport system of smart cities in the digital economy." International Journal of Open Information Technologies 5.12 (2017): 60-76.

Pokusaev, Oleg, et al. "Blockchain on the digital railway in Germany." International Journal of Open Information Technologies 6.2 (2018): 43-53.

Sokolov, Igor, et al. "The digital economy of Western Australia-smart mining, oil, gas enterprises, railways, seaports, and formalized ontologies." International Journal of Open Information Technologies 6.6 (2018): 44-62.

Kupriyanovsky, Vasily, et al. "Formalized ontologies and services for high-speed and digital railways." International Journal of Open Information Technologies 6.6 (2018): 69-86.

Klimov, Alexander, et al. "BIM and engineering formalized ontologies on the European digital railway in the EULYNX-data economy." International Journal of Open Information Technologies 6.8 (2018): 38-65.

Efim Rozenberg. Digital Railway: from Concept to Reality RAILWAY EQUIPMENTno 7 ,2018 p 20-24

ETCS – Baseline 3 - System Requirements Specification, NEPT/ERTMS/REQ/0005, Issue 4.0

ETCS – Baseline 3 – GB Trackside Subsystem Requirements Specification, NEPT/ERTMS/REQ/0006, Issue 2.0

ETCS – Baseline 3 – GB Onboard Retrofit Subsystem Requirements Specification, NEPT/ERTMS/REQ/0007, Issue 3.0

ETCS – Baseline 3 – GB Onboard New Trains Subsystem Requirements Specification, NEPT/ERTMS/REQ/0038, Issue 2.0

ETCS – Baseline 3 – GB Telecoms Subsystem Requirements Specification, NEPT/ERTMS/REQ/0008, Issue 3.0

ETCS – Baseline 3 – GB Operational Subsystem Requirements Specification, NEPT/ERTMS/REQ/0009, Issue 2.0

ETCS – Baseline 3 – GB Onboard Retrofitt Subsystem Requirements Specification, NEPT/ERTMS/REQ/0007, Issue 3.2

ETCS – Baseline 3 – GB Onboard New Trains Subsystem Requirements Specification, NEPT/ERTMS/REQ/0038, Issue 2.2.

ETCS – Baseline 3 – GB ETCS-Ready Onboard Sub-system Requirements Specification, Issue 1.0

ERTMS/ETCS Baseline 3 Onboard Subsystem Requirements: New Trains, Date: September 2018

Digital Railway Strategy .April 2018 © Copyright 2018 Group Digital Railway

Digital Railway – System of Systems (SoS) System Definition © Copyright 2018 Group Digital Railway

Digital Railway – GB Generic System of Systems Customer Requirements Specification © Copyright 2018 Group Digital Railway

Digital Railway – European Train Control System (ETCS) Onboard System Definition© Copyright 2018 Group Digital Railway

Digital Railway – European Train Control System (ETCS) Trackside System Definition © Copyright 2018 Group Digital Railway

ATO - GB New Trains Onboard Subsystem Requirements Specification, STE/ATO/REQ/001 Issue 1.0 dated 31st July 2017.

Interim Digital railway Traffic Management Requirements Specification, DRT/TM/REQ/0003 Issue 1.7.1 dated 31st May 2017

Digital Railway – GB Generic Customer Requirements Specification for Traffic Management S[12] Interim System Requirements Specification for Connected Driver Advisory System (C-DAS), 153821-NWR-REQ-ESG-000001 issue 1.1 dated 2nd June 2017

Interim Railway Undertaking (RU) Subsystem Requirements Specification for Connected Driver Advisory System (C-DAS), 153821-NWR-REQ-ESG-000007 issue 1.1 dated 2nd June 2017

Interim Infrastructure Manager (IM) Subsystem Requirements Specification for Connected Driver Advisory System (C-DAS), 153821-NWR-REQ-ESG-000008 issue 1.1 dated 2nd June 2017

The interim suite of requirements specifications are limited to C-DAS operations involving multiple unit train sets. C-DAS operation on ETCS-fitted trains is not precluded, but issues associated with integrating C-DAS on ETCS-fitted trains are not currently addressed systems (TMS) © Copyright 2018 Group Digital Railway

Digital Railway – GB Generic Customer Requirements Specification for Connected-Driver Advisory System © Copyright 2018 Group Digital Railway

Digital Railway – GB Generic Interface Requirements Specification© Copyright 2018 Group Digital Railway

GSM-R User Procedures (Cab Radio), Procedures for using the Siemens GSM-R cab radio Issue 7.1 June 2015. RSSB NS-GSM-R-OPS-0514 © Copyright 2016 Rail Safety and Standards Board Limited

Rail Industry Standard RIS-3780-TOM, Issue: One Date: September 2016 Operational Requirements for GSM-R Radio © Copyright 2016 Rail Safety and Standards Board Limited

PAS 280:2018 Through-life engineering services – Adding business value through a common framework – Guide. © The British Standards Institution 2018. Published by BSI Standards Limited 2018. First published July 2018

PAS 1085:2018 Manufacturing – Establishing and implementing a security-minded approach – Specification. © The British Standards Institution 2018. Published by BSI Standards Limited 2018. First published May 2018

[Digital Railway – Joint Development Group (JDG) Transpennine Route Upgrade SDO1 ETCS – Analysis© Copyright 2018 Group Digital Railway

Digital Railway – Joint Development Group .Outcome Based Project Delivery Strategy Case Study: Moorgate – Northern City Line Renewal with ETCS Technology Copyright 2018 Group Digital Railway.


Refbacks

  • There are currently no refbacks.


Abava  Кибербезопасность MoNeTec 2024

ISSN: 2307-8162