This paper presents an automatic design space exploration using processor design
knowledge for the multi-objective optimisation of a superscalar microarchitecture enhanced …

Reconfigurable hardware accelerators (RAs) have become a frequent choice in embedded
systems design to meet the performance demand of current embedded applications …

This work is an original contribution consisting in the implementation and evaluation of a
selective value predictor in a multicore environment, with focus on long latency arithmetical …

High-performance many-core processors have complex computing architectures with many
design parameters related to different levels (CPU macro/micro-architecture, interconnect …

In today's computer architectures the design spaces are huge, thus making it very difficult to
find optimal configurations. One way to cope with this problem is to use Automatic Design …

Very complex micro-architectures, like complex superscalar/SMT or multicore systems, have
lots of configurations. Exploring this huge design space and trying to optimize multiple …

In our previously published researches we used different prediction algorithms to solve
several problems in computer architecture and ubiquitous computing. During the time, we …

This habilitation thesis is a synopsis of the most important research achievements after the
PhD thesis in prediction-based modeling and estimation in topics like computer architecture …

In the design process of computer systems or processor architectures, typically many
different parameters are exposed to configure, tune, and optimize every component of a …

This paper presents how a multicore architecture can be improved with selective load value
prediction. We integrated into the Sniper multicore simulator a small and fast per-core load …