For over 50 years, Amdahl's Law has been the hallmark model for reasoning about
performance bounds for homogeneous parallel computing resources. As heterogeneous …

Modern audio systems and musical effects feature multicore processing units. Thus, the
development of parallel audio processing algorithms capable of exploiting the architecture …

Traditional speedup models, such as Amdahl's law, Gustafson's, and Sun and Ni's, have
helped the research community and industry better understand system performance …

As more computing cores are integrated onto a single chip, the effect of network
communication latency is becoming more and more significant on multi-core network-on …

This paper addresses the problem of scheduling periodic parallel tasks on a multi-resource
platform, where tasks have real-time constraints. The goal is to exploit the inherent …

Distributing the workload of computationally inten-sive software components across a set of
homogeneous computing resources (nodes, hosts, processors, cores), for the purpose of …

In high performance computing environments, we observe an ongoing increase in the
available number of cores. For example, the current TOP500 list reveals that nine clusters …

The implementation of some linear algebra operations on parallel computers with shared
and distributed memory is considered. A detailed analysis of the parallel efficiency for …

Merkittävä rinnakkaisohjelman suorituskykyyn vaikuttava tekijä on laskennan ja viestinnän
välinen tasapaino. Tutkielmassa kehitettiin rinnakkaisalgoritmi ja sitä vastaava …

On‐chip computing platforms are evolving from single‐core bus‐based systems to many‐
core network‐based systems, which are referred to as On-chip Large-scale Parallel …