#Mesh enabler 2016 simulator#

#Mesh enabler 2016 simulator#

Our results, obtained using a modified version of the HNOCS NoC simulator and based on the ITRS physical data for 2023, show that the type of locality traffic and the degree of localisation significantly affects the NoC performance, and that scale-invariant topologies perform worse than flat topologies.ДЄB - The scaling of semiconductor technologies is leading to processors with increasing numbers of cores.

We present latency and throughput results comparing fat quadtree, concentrated mesh and mesh topologies under different degrees of localisation. In this work, we investigate the performance of three NoC topologies for systems with thousands of processor cores under two types of localised traffic models. In large manycore systems, performance is predicated on the locality of communication. The adoption of NoCs in manycore systems requires a shift in focus from computation to communication, as communication is fast becoming the dominant factor in processor performance. A key enabler in manycore systems is the use of Networks-on-Chip (NoC) as a global communication mechanism. N2 - The scaling of semiconductor technologies is leading to processors with increasing numbers of cores. The authors gratefully acknowledge the support provided by Sultanate of Oman, Ministry of Higher Education and the German University of Technology in Oman (GUTech). T1 - The performance of NoCs for very large manycore systems under locality-based traffic Our results, obtained using a modified version of the HNOCS NoC simulator and based on the ITRS physical data for 2023, show that the type of locality traffic and the degree of localisation significantly affects the NoC performance, and that scale-invariant topologies perform worse than flat topologies.',

Our results, obtained using a modified version of the HNOCS NoC simulator and based on the ITRS physical data for 2023, show that the type of locality traffic and the degree of localisation significantly affects the NoC performance, and that scale-invariant topologies perform worse than flat topologies.ДЄbstract = 'The scaling of semiconductor technologies is leading to processors with increasing numbers of cores. The scaling of semiconductor technologies is leading to processors with increasing numbers of cores.