Analyse und Messung der Workload einer technisch-wissenschaftlichen Programmentwicklungsumgebung als Grundlage der Leistungsbewertung Lokaler Netze

Progress in optical component design allows ever increasing channel capacity for Local Area Networks (LANs). Now that we have become familiar with data rates in the range of 10 Mbls the next step is already in front of us. Upcoming standards for High Speed Local Area Networks (HSLANs), prototypes and even products commercially available make HSLANs operating at data rates exceeding 100 Mbls move into the focus of interest. During the last few years many problems with respect to the design of MAC-protocols for these communication systems have been solved. It turned out that considerable modifications of protocols designed for LANs could not be avoided. However, there are still many problems to solve with respect to high speed bridges interconnecting LANs and HSLANs. In this paper we compare the performance of bridges to the pe?formance of the H S O W itsev. The results show that state-of-the-art bridges are very likely to become the bottlenecks in future high speed backbone networks.

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Analyse und Messung der Workload einer technisch-wissenschaftlichen Programmentwicklungsumgebung als Grundlage der Leistungsbewertung Lokaler Netze

Cited by 4 publications

References 11 publications

Bewertung und Weiterentwicklung lokaler Netzwerke (LANs) durch Simulation

Bewertung und Weiterentwicklung lokaler Netzwerke (LANs) durch Simulation

File transfer in high-speed token ring networks: performance evaluation by approximate analysis and simulation

High speed bridges for high speed local area networks: packets per second vs. bits per second

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