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City Princeton / Hawthorn / / Company IEEE 210 IEEE JOURNAL / C. 216 IEEE JOURNAL / NEC USA Inc. / FERM / IEEE JOURNAL / C & C Research Laboratories / A. Fuzzy Congestion / / Country Cyprus / United States / Australia / / Currency USD / / Facility ABR terminal / Swinburne University of Technology / University of Cyprus / / IndustryTerm packet switching networks / local-area network / faster startup / resource management / artificial neural networks / telecommunications network control / congestion control algorithms / traffic flow control algorithm / control algorithm / extreme network / broadband integrated service digital networks / simulation tool / node local-area network/wide-area network / control systems / genetic algorithms / multimedia networks / retransmission protocol / cement / high-speed networking / computing / wide-area network / cement kiln operators / monitor returning resource management / / MarketIndex case 10 / / Organization School of Computer Science and Software Engineering / University of Cyprus / Nicosia / Federal Government / Federal Communications Commission / Department of Computer Science / Swinburne University of Technology / / Person Andreas Pitsillides / Y. Ahmet Sekercio / Designing / / Position nonlinear controller / cement kiln controller / designer / fuzzy congestion controller / fuzzy logic controller / controller / / Product Opnet / / ProvinceOrState New Jersey / Victoria / / RadioStation CBR / / Technology LAN / broadband / retransmission protocol / control algorithm / congestion control algorithms / ATM / Quality of Service / WAN / ISDN / traffic flow control algorithm / policing algorithms / packet switching / flow control / fuzzy logic / EPRCA algorithm / simulation / / SocialTag 
IEEE JOURNAL ON SELECTED AREAS IN COMMUNICATIONS, VOL. 15, NO. 2, FEBRUARY[removed]Effective Control of Traffic Flow in ATM Networks Using Fuzzy Explicit Rate Marking (FERM)