The ambitious challenges posed by next exascale computing systems may require a critical
re-examination of both architecture design and consolidated wisdom in terms of …

We present a new type of soft‐core processor called the “Data‐Flow Soft‐Core” that can be
implemented through FPGA technology with adequate interconnect resources. This …

Configurable computing has become a subject of a great deal of research given its potential
to greatly accelerate a wide variety of applications that require high throughput. In this …

Informative Gene Selection is the process of identifying relevant genes that are significantly
and differentially expressed in biological procedures. The microarray experiments …

Instead of adhering to the common wisdom that endorses multi-threading, shared memory,
and imperative programming as the only dominant models for efficient future architecture …

The number of cores integrated onto a single die is expected to climb steadily in the
foreseeable future. The main aim of Demand Data Driven Architecture System (D3AS) …

Reconfigurability and huge density of today's de-vices constitute an ideal tool to experiment
and implement new forms of computation. The number of cores integrated onto a single die …

CODACS (configurable dataflow computing system) project target is to realize a high
performance reconfigurable computing system demonstrator able to directly execute in …

The advent of FPGAs and Intellectual Property core availability allow great freedom in the
customization of platform processors for embedded systems. One of the new challenges that …

We present a new type of soft-core processor called the “Data-Flow Soft-Core” that can be
implemented through FPGA technology with adequate interconnect resources. This …