Heterogeneous architectures are vastly used in various high performance computing
systems from IoT‐based embedded architectures to edge and cloud systems. Although …

Introduction Great knowledge was gained about the computational substrate of the brain, but
the way in which components and entities interact to perform information processing still …

Abstract Nowadays, network‐on‐chip (NoC) routers become important in several
applications including mobile technology and digital communication. Multiple …

The new era of computing is not CPU-centric but enriched with all the heterogeneous
computing resources including the reconfigurable fabric. In multi-FPGA architecture, either …

For multicore systems, space-sharing (space-multiplexing) is a promising core allocation
strategy as the number of cores grows into the hundreds and thousands because it can …

Recent architectures of multi-core systems may have a relatively large number of cores that
typically ranges from tens to hundreds; therefore called many-core systems. Such systems …

On resource-constrained embedded devices (eg, Internet of Things nodes), deep neural
network inference requires specialized architectural solutions to deliver the greatest …

Avec l'émergence de nouvelles applications telles que l'intelligence artificielle (IA), le big
data ou l'internet des objets (loT) la demande de débits de données augmente. Les réseaux …

Single-chip multicore processors and their network on chip interconnection mechanisms
have received extensive interest since the early 2000s. The mesh topology is popular in …