Connectionless Data Server for Public ATM Networks: Design and Performance
Duke P. Hong, Brett J. Vickers, Tatsuya Suda
Abstract
Duke P. Hong, Brett J. Vickers, Tatsuya Suda
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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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