Modern embedded systems incorporate multiple applications that run on the same
execution platform. However, due to limited resources and other constraints, not all the …

Dynamic reconfigurable systems can evolve under various conditions due to changes
imposed either by the architecture, or by the applications, or by the environment. In such …

The emergence of run-time reconfigurable architectures makes feasible the configure-
execute paradigm. Compilation of behavioral descriptions (in, eg, C, Java, etc.), apart from …

Reconfigurable Systems-on-Chip (SoCs) on the market consist of full-fledged processors
and large Field-Programmable Gate-Arrays (FPGAs). The latter can be used to implement …

Dynamic reconfigurable embedded systems are gathering, day after day, an increasing
interest from both the scientific and the industrial world. The need of a comprehensive tool …

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

One of the major challenges of designing heterogeneous reconfigurable systems is to obtain
the maximum system performance with efficient utilization of the reconfigurable logic …

We propose in this paper an original design space exploration method for reconfigurable
architectures adapted to fine and coarse grain resources. The exploration flow deals with …

A multi-mode circuit implements the functionality of a limited number of circuits, called
modes, of which at any given time only one needs to be realised. Using run-time …

Hybrid architectures, which are composed of a conventional processor closely coupled with
reconfigurable logic, seem to combine the advantages of both types of hardware. They …