ICS '99: Proceedings of the 13th international conference on Supercomputing. Low-level router design and its impact on supercomputer system performance. Pages ...
Abstract. Supercomputer performance is highly dependent on its interconnection subsystem design. In this paper we study how different architectural ...
Supercomputer performance is highly dependent on its interconnection subsystem design. In this paper we study how diierent a r c hitectural approaches for ...
Low-level router design and its impact on supercomputer system performance ; Publication. International Conference on Supercomputing ; Date. January, 1999 ; Links.
In this paper, we introduce the design of an advanced high-performance interconnect ar- chitecture for supercomputers. In the first part of the paper, ...
A Performance Router is a router that is crucial for deploying Network Address Translation (NAT) efficiently, as it needs to handle the added workload of NAT ...
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[PDF] Evaluating Adaptive Routing Performance on Large Scale ...
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Megafly offers an even higher scalability and better path diversity than the canonical Dragonfly design and thus, is a prominent candidate for use in future ...
Jun 10, 2019 · Many of today's supercomputers use the Fat Tree topology as it provides low latency and effectively supports a variety of applications. There ...
The power consumption and latency are the two important criteria for the router design in NoC. The design complexity of the router will increase the power ...
Section II introduces the overall system design. Sec- tions III and IV explain in more detail the design of the port processor and the active processing engine.