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Connectionless Data Server for Public ATM Networks: Design and Performance

Duke P. Hong, Brett J. Vickers, Tatsuya Suda

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Abstract

The transport of connectionless datagrams is necessary for the compatibility of emerging high speed, wide area ATM networks with existing computer networks. This paper considers a virtual datagram network overlayed on the cell-based connection-oriented public ATM network to efficiently support high speed connectionless data service. This paper presents a detailed design for a connectionless server to implement the virtual datagram network, including a design permitting scalability. Simulation results are also presented to compare the performance of different connectionless service approaches.

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What this paper is about

The transport of connectionless datagrams is necessary for the compatibility of emerging high speed, wide area ATM networks with existing computer networks. This paper considers a virtual datagram network overlayed on the cell-based connection-oriented public ATM network to efficiently support high speed connectionless data service. This paper presents a detailed design for a connectionless server to implement the virtual datagram network, including a design permitting scalability. Simulation results are also presented to compare the performance of different connectionless service approaches.

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Available abstract

The transport of connectionless datagrams is necessary for the compatibility of emerging high speed, wide area ATM networks with existing computer networks. This paper considers a virtual datagram network overlayed on the cell-based connection-oriented public ATM network to efficiently support high speed connectionless data service. This paper presents a detailed design for a connectionless server to implement the virtual datagram network, including a design permitting scalability. Simulation results are also presented to compare the performance of different connectionless service approaches.

Key concepts: Connectionless communication, Datagram, Computer network, Computer science, Asynchronous Transfer Mode, Internetworking, InfiniBand, Distributed-queue dual-bus

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