Today, a growing number of digital systems containing a software part is realized on Field
Programmable Gate Arrays. This allows to use application specific multi-core architectures …

Today's MPSoCs (multiprocessor systems-on-chip) have brought up massively parallel
processor array accelerators that may achieve a high computational efficiency by exploiting …

Programming multicore embedded systems is a real challenge and is often realized using
OpenMP that is used to parallelize sequential code Unfortunately, auto-parallelizers and …

This paper present a framework for automatic mapping of perfectly nested loops with
constant dependences onto regular processor arrays, suitable for direct implementation on …

Executing legacy software on newly developed systems can lead to problems regarding the
required throughput of the software. Automatic software parallelization can help to achieve a …

Embedded processors have been increasingly exploiting hardware parallelism. Vector units,
multiple processors or cores, hyper-threading, special-purpose accelerators such as DSPs …

In many digital systems a considerable part of the functionality is defined in software.
Implementing these systems on Field Programmable Gate Arrays offers the additional …

For many parallel applications, performance relies not on instruction-level parallelism, but
on loop-level parallelism. Unfortunately, many modern applications are written in ways that …

Many of today's embedded devices are based on MultiProcessor System-on-Chips
(MPSoCs). Such devices are usually heterogeneous, containing DSPs and specialized …

We present Three Fingered Jack, a highly productive approach to mapping vectorizable
applications to the FPGA. Our system applies traditional dependence analysis and …