Virtual sensor system for monitoring and detection of critical modes for the prevention of accidents in production
DOI:
https://doi.org/10.33919/YTelecomm.22.9.9Keywords:
virtual sensor systems, industrial informatics, online monitoring of heavy production, digital twinsAbstract
Many enterprises with new and experimental processing plants use SCADA systems to control machinary, but these systems are not always complete, this is often due to financial or purely technological constraints or ignorance of the overall process at the time of its introduction. That is why the creation of a duplicative, elastic and scalable monitoring system for monitoring the operating parameters of heavy machines and processes significantly supports the work of the staff and their handling of tasks related to the planning repair activities, delivery of spare parts, avoidance of critical work modes leading to sudden catastrophic consequences and unexpected production shutdowns.
References
СИМЕОНОВА, Цветелина. Особености на разпределените системи, SCADA и IoT. Годишник Телекомуникации 2020 [онлайн]. 2020, (7), с. 65-71 [прегледан 23 януари 2023]. eISSN 2534-854X. Достъпен на: https://telecommunications.nbu.bg/bg/godishnik-telekomunikacii-broeve/godishnik-telekomunikacii-2020-gtom-7 [SIMEONOVA, Tsvetelina. Osobenosti na razpredelenite sistemi, SCADA i IoT. Godishnik Telekomunikatsii 2020 [onlayn]. 2020, (7), s. 65-71 [pregledan 23 yanuari 2023]. eISSN 2534-854X. Dostapen na: https://telecommunications.nbu.bg/bg/godishnik-telekomunikacii-broeve/godishnik-telekomunikacii-2020-g-tom-7]
ПЕТРОВ, Християн и Георги ПЕТРОВ. Дигитализация на каскада „Арда“ за хидроенергийното производство – I част. Годишник Телекомуникации 2021 [онлайн]. 2021, (8), с. 65-71 [прегледан 23 януари 2023]. eISSN 2534-854X Достъпен на: https://telecommunications.nbu.bg/bg/godishnik-telekomunikaciibroeve/godishnik-telekomunikacii-2021-g-tom-8 [PETROV, Hristiyan i Georgi PETROV. Digitalizatsia na kaskada „Arda“ za hidroenergiynoto proizvodstvo – I chast. Godishnik Telekomunikatsii 2021 [onlayn]. 2021, (8), s. 65-71 [pregledan 23 yanuari 2023]. eISSN 2534-854X Dostapen na: https://telecommunications.nbu.bg/bg/godishniktelekomunikacii-broeve/godishnik-telekomunikacii-2021-g-tom-8]
ДЖУДЖЕВ, Б., В. ИВАНЧЕВА и С. КАЧУЛКОВА. Класификация и параметри на вибрациите. Годишник на Технически университет-София 2012 [онлайн]. 2012, год. 62(2), с. 411-418 [прегледан 23 януари 2023]. ISSN 1311-0829. Достъпен на: http://proceedings.tusofia.bg/volumes/Proceedings_Volume_62_book_2_2012.pdf [DZHUDZHEV, B., V. IVANCHEVA i S. KACHULKOVA. Klasifikatsia i parametri na vibratsiite. Godishnik na Tehnicheski universitet-Sofia 2012 [onlayn]. 2012, god. 62(2), s. 411-418 [pregledan 23 yanuari 2023]. ISSN 1311-0829 http://proceedings.tusofia.bg/volumes/Proceedings_Volume_62_book_2_2012.pdf]
HUDA, F., A. ANGGRIAWAN and M. RUSLI. The using of sound signal and simple microphone to detect damages in induction motor. International Conference on Design, Energy, Materials and Manufacture 24–25 October 2018, Bali, Indonesia [online]. 2019, vol. 539, № 012034 [viewed 23 January 2023]. Available from: doi:10.1088/1757-899X/539/1/012034
ILIEV, P., P. TZVETKOV, and G. PETROV. Motion Detection Using 3D Image Histograms Sequences Analysis. Proceedings of the Third Wrkshop 2005 IEEE Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications [online]. IEEE, 2005, pp. 596-601 [viewed 23 January 2023]. ISBN 0-7803-9445-3. Available from: DOI:10.1109/IDAACS.2005.283054
REHAB, A., I. ALI, W. GOMAA, and M. NASHAT FORS. Bearings Fault Detection Using Hidden Markov Models and Principal: Component Analysis Enhanced Features. European Conference of the Prognostics and Health Management Society 2021 [online]. 21 April 2021 [viewed 23 January 2023]. Cornell University Arxiv. Available from: https://arxiv.org/abs/2104.10519
LIU, Tao and Shaoze YAN. Vibration analysis of a deployable structure using Constant-Q nonstantionary Gabor transform and Fourier transform. Noise Control Engineering Journal [online]. 2018, vol. 66(2), pp. 78-89 [viewed 23 January 2023]. ISSN 0736-2501. Institute of Noise Control Engineering. Available from: DOI: https://doi.org/10.3397/1/37668
