Networks-on-Chip constitute the interconnection architecture of future, massively parallel
multiprocessors that assemble hundreds to thousands of processing cores on a single chip …

Until very recently, microprocessor designs were computation-centric. On-chip
communication was frequently ignored. This was because of fast, single-cycle on-chip …

We compare the performance of four admission control algorithms-one parameter-based
and three measurement-based-for controlled-load service. The parameter-based admission …

Recently, IBM, Google, and Intel showcased quantum computers ranging from 49 to 72
qubits. While these systems represent a significant milestone in the advancement of …

Modern computing devices, ranging from smartphones and tablets up to powerful servers,
rely on complex silicon chips that integrate inside them hundreds or thousands of …

Beyond a certain number of cores, multi-core processing chips will require a network-on-
chip (NoC) to interconnect the cores and overcome the limitations of a bus. NoCs must be …

The design of scalable and reliable interconnection networks for multicore chips (NoCs)
introduces new design constraints like power consumption, area, and ultra low latencies …

The high-performance computing domain is enriching with the inclusion of Networks-on-chip
(NoCs) as a key component of many-core (CMPs or MPSoCs) architectures. NoCs face the …

An efficient routing algorithm is important for large on-chip networks [network-on-chip (NoC)]
to provide the required communication performance to applications. Implementing NoC …

As multi-core systems transition to the many-core realm, the pressure on the interconnection
network is substantially elevated. The Network-on-Chip (NoC) is expected to undertake the …