As the number of cores per die increases, be they processors, memory blocks, or custom accelerators, the on-chip interconnect the cores use to communicate gains importance. We beg...
Martha Mercaldi Kim, John D. Davis, Mark Oskin, To...
On-chip implementation of multiprocessor systems requires the planarization of the interconnect network onto the silicon floorplan. Manual floorplanning approaches will become i...
As packet-switching interconnection networks replace buses and dedicated wires to become the standard on-chip interconnection fabric, reducing their power consumption has been ide...
We present a design of a customized crossbar scheduler for on-chip networks. The proposed scheduler arbitrates on-demand interconnects, where physical topologies are identical to ...
Jae Young Hur, Todor Stefanov, Stephan Wong, Stama...
Network-on-Chips (NoCs) outperform buses in terms of scalability, parallelism and system modularity and therefore are considered as the main interconnect infrastructure in future c...