Flexibility and high efficiency are common design drivers in the embedded systems domain.
Coarse-grained reconfigurable coprocessors can tackle these issues, but they suffer of …

Specialized hardware infrastructures for efficient multi-application runtime reconfigurable
platforms require to address several issues. The higher is the system complexity, the more …

In the face of power wall and high performance requirements, designers of hardware
architectures are directed more and more towards reconfigurable computing with the usage …

We present a Many-core Approach to Reconfigurable Computing (MARC), enabling efficient
high-performance computing for applications expressed using parallel programming models …

Todays FPGA technology allows reconfigurable hardware to be integrated into standard PC
hardware. A hardware like this allows for on-the-fly reconfigurable hardware. It is possible to …

This paper describes an approach to hardware/software design space exploration for
reconfigurable processors. The existing compiler tool-chain, because of the user-definable …

Processor architectures with Fine-Grained Reconfigurable Accelerators (FGRAs) allow for a
high degree of adaptivity to address varying application requirements. When processing …

This paper considers the possibility of speeding up the configuration by reducing the size of
configware in coarse grained reconfigurable architectures (CGRAs). Our goal was to reduce …

It's a promising way to improve performance significantly by adding reconfigurable
processing unit to a general purpose processor. In this paper, a Reconfigurable Multi-Core …

The main research done in the field of reconfigurable computing was oriented towards
applications involving low granularity operations and high intrinsic parallelism. CREC is an …