Proceedings of International Conference on Applied Innovation in IT  ·  2017/03/16  ·  Vol. 5  ·  Issue 1  ·  pp. 101–107
Multidimensional Monitoring System of State Machines
Bogdan Zoltowski, Leonel F. Castaneda, Mariusz Zoltowski, Krzysztof Napieraj, Jacek Wachowicz, Ryszard Bielski
Technical systems are more complex every day as their electronics and mechanics. Technological advances tend to be autonomous in its performance and perform an auto-diagnosis that allows determining an abnormality existence in a component or subsystem and deciding if the system has to be stopped or not. The conventional maintenance does not allow an integrated diagnosis analysis of a system. Among the factors, that generated condition can be found a lack of communication between units: bad information of management, ignoring relevant of information, a lack of a clear monitoring policy and variables measurement tendency.
Diagnostics Monitoring System of Exploitation Reliability Damages
References
  1. Bongers D. R., 2004. Development of classification scheme for fault detection in long wall systems.
  2. Brisbane, Australia.
  3. Cempel C., 1999. Innovative Developments in Systems Condition Monitoring. Key Engineering Materials, vol
  4. 167-168, Poznan, Poland, pp. 172-188.
  5. Cempel C., 2003. Multi - fault condition monitoring of mechanical system in operation. XVII IMEKO, Dubrovnik, Croatia. pp.1-4 .
  6. Formenti D., Richardson M.H., 1986. Global Frequency & Damping from Frequency Response Measurements. 4th International Modal Analysis Conference, Los Angeles, CA.
  7. International union of railways, 2003. Testing and approval of railway vehicles from the point of view of their dynamic: behaviour – safety – track fatigue – ride quality. UIC 518, Paris, France, 212p.
  8. National Instruments, 2004. DAQ, Quick Start Guide, Austin, USA. 144p.
  9. Natke H. G., Cempel C., 1997. Model-aided diagnosis of mechanical systems. Fundamentals, Detection, Localization, and Assessment. New York: Springer- Verlag. 248 p. ISBN 3540610650.
  10. Natke H. G., Cempel C., 2001. Symptom observation matrix for monitoring and diagnosis. In: Journal of sound and vibration. Hanover, Germany University of Hanover. pp.609 - 613.
  11. Potter J., Richardson R., 1984. Identification of the Modal Properties of an Elastic Structure from Measured Transfer Function Data. 20th International Symposium, Albuquerque, New Mexico.
  12. Richardson, M., 1995. Modal Analysis Using Digital Test Systems. Seminar on Understanding Digital Control and Analysis in Vibration Test Systems, Shock and Vibration Information Center Publication, Naval Research Laboratory, Washington D.C.
  13. Tournay H., 2001. Guidelines to best practices for heavy haul railway operations: wheel and rail interface issues. International Heavy Haulage Association – IHHA, Missouri, USA.
  14. Żółtowski B., Castaneda L., 2006a. Portable diagnostic system for the metro train. Diagnostyka, nr 1(37), Olsztyn, pp.39-44.
  15. Żółtowski B., Castaneda L., 2006b. Sistema Portail de Diagnostico para el Sistema Metro de Medellin. VIII Congresso International de Mantenimiento, Bogota, Columbia.
  16. Żółtowski B., 2007a. Diagnostic system maintenance the ability of machines. Eksploatacja i Niezawodność, Nr 4 (36) pp.72-77.
  17. Żółtowski B, Castañeda L, Betancourt G., 2007b. Monitoreo Multidimensional de la Interfase Vía- Vehículo. Congreso Internacional de Mantenimiento, ACIEM, Bogotá, Colombia.
  18. Żółtowski B., Castañeda L., Betancur G., 2007c. Monitoreo multidimensional de la condición (MMC) basado en la descomposición en valores singulares (SVD) Caso de estudio: sistema ferroviario. En: Revista Universidad EAFIT. Julio - Agosto - Septiembre, vol. 43, no. 147, pp. 81-94. ISSN 0120- 341X.
  19. Żółtowski M., 2011. Management information systems in fabrication engineering. ITE - PIB, Radom ISBN 978- 83-7204-919-3, 271 p. (in Polish).

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