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Centralized vs distributed communication scheme on Switched Ethernet for embedded military applications

机译:用于嵌入式军用应用的交换以太网上集中的VS分布式通信方案

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Current military communication network is a generation old and is no longer effective in meeting the emerging requirements imposed by the future embedded military applications. Therefore, a new interconnection system is needed to overcome these limitations. Two new communication networks based upon full duplex switched Ethernet are presented herein in this aim. The first one uses a distributed communication scheme where equipments can emit their data simultaneously, which clearly improves system's throughput and flexibility. However, migrating all existing applications into a compliant form could be an expensive step. To avoid this process, the second proposal consists in keeping the current centralized communication scheme. Our objective is to assess and compare the real time guarantees that each proposal can offer. The paper includes the functional description of each proposed communication network and a military avionic application to highlight proposals ability to support the required time constrained communications.
机译:目前的军事通信网络是一代老,在满足未来嵌入式军事应用的新兴需求方面不再有效。因此,需要新的互连系统来克服这些限制。基于全双工交换以太网的两种新的通信网络在此呈现在此目的。第一个使用分布式通信方案,其中设备可以同时发出数据,这显然提高了系统的吞吐量和灵活性。但是,将所有现有应用程序迁移到兼容形式中可能是昂贵的步骤。为了避免这种过程,第二个提案包括保持当前的集中式通信方案。我们的目标是评估和比较每个提案所提供的实时保证。本文包括每个提出的通信网络和军用航空航天应用的功能描述,以突出支持所需时间约束通信的建议能力。

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