The future Broadband-ISDN based on the Asynchronous Transfer Mode (ATM) has to cope with a vast variety of services with different bitrate and Quality of Service (QoS) requirements. Consequently, traffic control is essential to guarantee the negotiated QoS while allowing a high network utilization. One possible traffic control scheme is the Fast Reservation Protocol (FRP) which introduces a dynamic traffic control at the burst level enhancing the capabilities of the network to increase its utilization for highly burst.y traffic. In this paper we focus on the analysis of the two variants of the FRP. An analytical approach for an isolated switching node as well as for a whole reference connection is presented. The obtained results show a good agreement with simulation results. Finally, the analysis is used to compare the two variants of the FRP with respect to their key performance parameters.
Abstract. In the framework of the European ACTS programme, the AMUSE project aims to develop, specify, implement and trial advanced multimedia services using an end-to-end ATM infrastructure based on different types of access network technologies. This paper presents a summary of the first trial of AMUSE being operated in 1996 in Munich, Germany, giving both details on the realisation of the trial and on results of the service usage evaluation.
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