Performance Analysis of a Master/Slave Switched Ethernet for Military Embedded Applications


Current military communication network is a generation old and is no longer effective in meeting the emerging requirements imposed by the next-generation military embedded applications. A new communication network based upon Full Duplex Switched Ethernet is proposed in this paper to overcome these limitations. To allow existing military subsystems to be easily supported by a Switched Ethernet network, our proposal consists in keeping their current centralized communication scheme by using an optimized master/slave transmission control on Switched Ethernet thanks to the Flexible Time Triggered (FTT) paradigm. Our main objective is to assess the performance of such a proposal and estimate the quality-of-service we can expect in terms of latency. Using the Network Calculus formalism, schedulability analysis are determined. These analysis are illustrated in the case of a realistic military embedded application extracted from a real military aircraft network, to highlight the proposal's ability to support the required time constrained communications.

DOI: 10.1109/TII.2010.2060205

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@article{Mifdaoui2010PerformanceAO, title={Performance Analysis of a Master/Slave Switched Ethernet for Military Embedded Applications}, author={Ahlem Mifdaoui and Fabrice Frances and Christian Fraboul}, journal={IEEE Transactions on Industrial Informatics}, year={2010}, volume={6}, pages={534-547} }