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Embedded platforms are expected to integrate thousands of cores in the near future, and one of the major difficulties remains in scaling the interconnection network. We propose a novel Scalable NETwork concept, named SNet, that broadens the NoCs space to include a combined software/hardware dynamic routing methodology. It exploits a distributed, adaptive, non-supervised routing strategy [1], based...
A scalable communication paradigm for manycore architectures, called SNet (Scalable NETwork), is presented. It offers a wide range of flexibility by exploring the routing paths in a dynamic way, taking into consideration the network load. It is then followed by the data transmission phase through the chosen path.
The number of processors integrated in embedded platforms is expected to grow and reach thousands of cores in the near future. Manycore architectures gained a large interest over the years but the problem remains in scaling the control fabric and the interconnection network. We present in this paper CEDAR, a Configurable Embedded Distributed ARchitecture, and its adaptive routing strategy based on...
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