In many-core architectures different distributed applications are executed in parallel. The
applications may need hard guarantees for communication with respect to latency and …

Networks on Chip are the most promising approach to cope with communication
requirements in future many core SoCs. Depending on the executed applications …

Invasive computing is a novel paradigm for massively parallel computing systems. The core
objective of invasive computing is to support resource-aware programming through all …

Networks-on-Chip (NoCs) for embedded multiprocessor architectures require special
mechanisms for sharing resources such as links and queues in network routers. A widely …

Many-core architectures integrate a large number of comparatively small processing cores
into a single chip. However, the high degree of parallelism increases the run-time resource …

Networks-on-Chip (NoC) are the most promising candidates for scalable communication
infrastructures in manycore architectures. To ensure scalability, distributed management of …

Networks on Chip (NoC) have emerged as a promising interconnection technology for
scalable many-core architectures. Proposed NoC-architectures and topologies often …

Networks-on-Chip have shown their scalability for future many-core systems on chip. In real
world scenarios, where multiple applications are being executed over a shared NoC based …

Sistemas multi-núcleos intra-chip são o estado-da-arte em termos de poder computacional,
alcançando de dúzias a milhares de elementos de processamentos (PE) em um único …

Abstract Five decades ago, Gordon Moore predicted the doubling of transistors per unit chip
area every 12 months. Until the present day, the semiconductor industry has been …