CIGRE 35 (2021) (str. 1322-1330)
AUTOR(I) / AUTHOR(S): Slavica Boštjančič Rakas, Valentina Timčenko, Milenko Kabović, Anka Kabović
E-ADRESA / E-MAIL: slavica.bostjancic@pupin.rs
DOI: 10.46793/CIGRE35.1322BR
SAŽETAK / ABSTRACT:
U radu je opisana inteligentna elektroenergetska mreža sa hijerarhijskom komunikacionom arhitekturom koja se sastoji od tri sloja. Zatim su opisane faze napada sa taksonomijom napada po fazama. Ovakva mreža se susreće sa različitim izazovima u pogledu sajber bezbednosti, koji mogu da dovedu do ozbiljnih problema u elektroenergetskom siste napada razmatrani su sistemi za detekciju napada. Prikazane su tehnike zadetekciju napada kao i parametri koji ukazuju na efikasnost sistema za detekciju napada. Na kraju su opisani zahtevi za primenu ovakvih sistema u okruženju intelignetnog EE sistema.
KLJUČNE REČI / KEYWORDS:
inteligentna mreža, sajber bezbednost, sajber napadi, sistemi za detekcijunapada
LITERATURA / REFERENCES:
- Y. Hu, A. Yang, H. Li, Y. Sun, L. Sun, „A survey of intrusion detection on industrial control systems“,International Journal ofDistributedSensor Networks,August2018,vol.14,no.8.
- B.Gregory–Brown,„Securingindustrialcontrolsystems—2017″,ASANSSurvey,SANSInstitute,2017,[Online]. Available:https://www.sans.org/reading–room/whitepapers/analyst/securing–industrial–control–systems–2017–37860
- M.L.Tuballa,M.L.Abundo,„A ReviewoftheDevelopmentofSmartGridTechnologies“,RenewableandSustainable EnergyReviews,vol.59,2016,pp.710–25.
- Update of the NIST Smart Grid Conceptual Model (Third Discussion DRAFT), 2018. (NIST Special Publication 1108NIST FrameworkandRoadmapforSmartGridInteroperabilityStandards,Release1.0OfficeoftheNationalCoordinator forSmart GridInteroperability,2010)
- P. I. Radaglou–Grammatikis, P. G. Sarigiannidis, „Securing the Smart Grid: A ComprehensiveCompilation of Intrusion DetectionandPreventionSystems“,IEEEAccess, April 2019,vol.7, pp.46595–46620.
- R. Mattioli, K. Moulinos, „Communication network interdependencies in smart grids“, European Union Agency ForNetwork AndInformationSecurity(ENISA).
- D.Faquir,N.Chouliaras,V.Sofia,K.Olga,L.Maglaras, „Cybersecurityinsmartgrids,challengesandsolutions“, AIMS ElectronicsandElectricalEngineering,January2021,vol.5,no.1,pp.24–37.
- Z.ElMrabet,N.Kaabouch,H.ElGhazi,H.ElGhazi,„Cyber–securityinsmartgrid:Surveyandchallenges“,Computers and ElectricalEngineering,vol.67,2018,pp.469–482.
- D. Baimel, S. Tapuchi, N. Baimel, „Smart Grid Communication Technologies–Overview, Research Challenges and Opportunities“,2016 International Symposium on Power Electronics, Electrical Drives, Automation and Motion,Capri, Italija,jun2016,str.116–120.
- B. Chatfield, „Intrusion Detection for Smart Grid Communication Systems“, Georgia Southern University, ElectronicTheses andDissertations1600,2017.
- ElectricGridCybersecurity,CongressionalResearchService,CRSReportR45312,September2018, https://crsreports.congress.gov.
- S. V. Boštjančič Rakas, M. D. Stojanović, J. D. Marković–Petrović, „A Review of Research Work on Network–BasedSCADA IntrusionDetectionSystems“,IEEEAccess, vol.8, pp.93083–93108.
- C. W. Johnson, „Barriers to the use of intrusion detection systems in safety–critical applications“, in SAFECOMP 2015, LectureNotesinComputerScience,vol.9337,F.KoorneefandC.vanGulijk,eds.,Cham,Switzerland:Springer,2015, pp. 375–384.
- A. Khraisat, I. Gondal, P. Vamplew, and J. Kamruzzaman, „Survey of intrusion detection systems: techniques, datasetsand challenges“,Cybersecurity,vol.2,Article20,2019.
- A. Patel, H. Alhussian, J. M. Pedersen, B. Bounabat, J. C. Júnior, and S. Katsikas, „A nifty collaborative intrusiondetection andpreventionarchitectureforsmartgridecosystems“,Computers&Security,vol.64,pp.92–109,2017