Communications - Scientific Letters of the University of Zilina 1999, 1(4):12-16 | DOI: 10.26552/com.C.1999.4.12-16

Harmonisation Method of Safety Validation Systems

Géza Tarnai1
1 Department of Transport Automation, Technical University of Budapest, Hungary

This paper presents methods to harmonize different safety validations, which were created at different times and by different prescriptions, with each other and with the CENELEC standards, in connection with a concrete application example, the realization of the first electronic interlocking system of the MÁV.

Published: December 31, 1999  Show citation

ACS AIP APA ASA Harvard Chicago Chicago Notes IEEE ISO690 MLA NLM Turabian Vancouver
Tarnai, G. (1999). Harmonisation Method of Safety Validation Systems. Communications - Scientific Letters of the University of Zilina1(4), 12-16. doi: 10.26552/com.C.1999.4.12-16
Download citation

References

  1. "Anforderungsklassen für Signal- und Zugsicherungsanlagen" VDV Schriften 331, September 1994
  2. ANTWEILER, B., W. STAAB, G. TARNAI: "A Siemens elektronikus biztosítóberendezése Tatán" Vezetékek Világa Magyar Vasúttechnikai Szemle 1997/3 pp. 20-23.
  3. DIN V 19250 "Grundlegende Sicherheitsbetrachtungen für MSR-Schutzeinrichtungen" Mai 1994
  4. FISCHER, W.: "Das vertretbare Risiko einer Bahn" Der Nahverkehr 9/95 pp. 48-50
  5. IEC 65A (Sec) 123 "Funktionale Sicherheit von elektrischen/elektronischen/programmierbar elektronischen Systeme" 1990
  6. JANSEN, H.: "The Safety Case - A New European Approach to Guided Transportation Safety Philosophy..." World Congress on Railway Research Conference Colorado Springs, USA June 17-19 1996 pp. 173-185.
  7. KLEIN, S., F. RIEGER: "SICAS S5 - Stellwerke Light" Signal+Draht 87 (1995) 9 pp. 290-295
  8. LENNARTZ, K.: "Europäische Normen für die signaltechnische Sicherheit der Eisenbahnen" Signal+Draht 86 (1994) 12 pp. 416-420
  9. MACHOVITSCH, L.: "Vonatmegállító berendezések" A Vasúti Technika Kézikönyve Műszaki Könyvkiadó Budapest, 1977. (szerk.: Czére, B.) 5.2.6.2 fejezet 2. kötet, pp. 460-475.
  10. MÜLLER-HELLMANN, A.: "Anforderungen an Sicherheitssysteme aus der Sicht des VDV" Signal+Draht 86 (1994) 12 pp. 428-431
  11. The Specification and Demonstration of Reliability, Availibility, Maintainability and Safety (RAMS) prEN 50126: 1995
  12. The Specification and Demonstration of Reliability, Availibility, Maintainability and Safety (RAMS) Part 2: Safety prEN 50126-2: 1994
  13. Software for Railway Control and Protection Systems prEN 50128: 1994
  14. Safety Related Electronic Railway Control and Protection Systems prEN 50129: 1994
  15. Basic Requirements for Safety Related System Using a Single Serial BUS prEN 50159: 1994
  16. RASTOCNY, K.. J. ZAHRADNIK, J. SLOVAK: "Classification of Risk Parameters" 2nd International Scientific Conference "Elektro '99" 23-24 June 1997 Zilina Section Information&Safety Systems pp. 55-59.
  17. RÓZSA, G., S. HŐGYE: "Az új közlekedésbiztonsági rendszerek alkalmassági tanúsítványának elkészítése" Vezetékek Világa - Magyar Vasúttechnikai Szemle 2/97 pp. 16-18.
  18. SZABÓ, G., G. TARNAI: "Dependability Analysis of Interlocking Systems - A Comparison of the Probabilistic and the Deterministic Approaches" 3rd International Scientific Conference "Elektro '99" 25-26 May 1999 Zilina Section Information&Safety Systems pp. 7-12.
  19. TARNAI, G., S. HŐGYE: "A vasutaknál alkalmazott biztosítóberendezések technikai biztonsági normái" II. Országos Vasúti Távközlési és Biztosítóberendezési Konferencia Bükfürdő, 1997. szept. 17-19. pp. 2-5.
  20. Zertifikat Nr.: U 94 12 20403 006 "Sicherheitgerichtetes Automatisierungsgerät S5-115F" TÜV Product Service 08. 12. 94

This is an open access article distributed under the terms of the Creative Commons Attribution 4.0 International License (CC BY 4.0), which permits use, distribution, and reproduction in any medium, provided the original publication is properly cited. No use, distribution or reproduction is permitted which does not comply with these terms.