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Design and implementation of a real-time switch for segmented Ethernets

机译:分段以太网实时交换机的设计和实现

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Providing network bandwidth guarantees over an Ethernet requires coordination of the network nodes for traffic prioritization such that real-time data can have deterministic access to the network. We have shown previously how RETHER, a software based token passing protocol can efficiently provide real-time support over a single shared Ethernet segment. This work extends the token passing mechanism into a switched, multi-segment Ethernet environment. This paper describes the detailed design issues, their solutions, and a fully operational switch implementation built into the FreeBSD kernel. By testing the protocol independently and as the underlying network protocol of the Stony Brook Video Server, we have verified that the bandwidth guarantees are successfully provided, with relatively low run-time overhead, for real-time connections crossing multiple Ethernet segments. This paper also provides a comprehensive performance evaluation of the prototype.
机译:通过以太网提供网络带宽保证要求网络节点之间进行协调,以进行流量优先级处理,以便实时数据可以确定性地访问网络。前面我们已经展示了基于软件的令牌传递协议RETHER如何在单个共享的以太网段上有效地提供实时支持。这项工作将令牌传递机制扩展到交换的多段以太网环境中。本文描述了详细的设计问题,其解决方案以及FreeBSD内核中内置的完全可操作的交换机实现。通过独立测试该协议并将其作为Stony Brook视频服务器的基础网络协议,我们已经验证了跨多个以太网网段的实时连接成功以相对较低的运行时开销提供了带宽保证。本文还提供了原型的综合性能评估。

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