Reconfigurable computing is one of the paths to explore towards low-power
supercomputing. However, programming these reconfigurable devices is not an easy task …

In recent years, the field of Deep Learning has seen many disruptive and impactful
advancements. Given the increasing complexity of deep neural networks, the need for …

The latest generation of FPGA devices offers huge resource counts that provide the
headroom to implement large-scale and complex systems. However, this poses increasing …

In this paper, we study in a general setting the notion of outliered patterns as intentional
knowledge of outliers and algorithms to mine those patterns. Our contributions consist of a …

Reconfigurable computers (RC) can provide significant performance improvement for
domain applications. However, wide acceptance of todaypsilas RCs among domain scientist …

The latest FPGA devices provide the headroom to implement large-scale and complex
systems. A key requirement is the integration of modules from diverse sources to promote …

In this paper, we explore the rationale for multicore parallelism and instead argue that a
better use of transistors is to use reconfigurable hardware cores. The difficulty in achieving …

Performance and versatility requirements arising from escalating fabrication costs and
design complexities are making reconfigurable computing technologies increasingly …

Field programmable logic is increasingly used to provide the high performance and flexible
acceleration needed for network processing functions at multiple gigabit/second rates …

Many of today's embedded multiprocessor systems are implemented as heterogeneous
systems, consisting of hardware and software components. To automate the composition …