Partial reconfiguration is a relatively new feature of FPGAs and it allows the modification of
hardware functionalities at runtime, providing the possibility for great improvements in the …

Reconfigurable computing entails the utilization of a general-purpose processor augmented
with a reconfigurable hardware structure (usually an FPGA). Normally, a complete …

To improve energy efficiency in data centres, in particular when targeting computing with
large data-sets, it is vital to perform processing close to the data instead of moving data to …

A hardware/software platform for intrinsic evolvable hardware is designed and evaluated for
digital circuit design and repair on Xilinx Field Programmable Gate Arrays (FPGAs) …

Swapping just small fractions of the configuration of an FPGA can be very beneficial in many
applications. This is in particular useful for reconfiguring the instruction set of embedded soft …

The ability of partial reconfiguration of today's FPGAs allows the exchange of dynamic
system components at run-time, which enables the realization of self-reconfigurable …

Runtime reconfigurable systems become more prevalent in numerous practical applications
because these systems have a great flexibility. This paper presents a reconfigurable system …

Relocation of partial bitstreams is in the focus of researchers for many years. Several design
flows for module relocations have been proposed in the past. In general, these design flows …

Reversible logic is a promising design methodology, particularly in the scope of quantum
computing, for extremely low power consumption by elimination of power dissipation due to …

An essential element in the engineering of computer systems are design patterns that
capture current best practice and knowledge about recurring solutions for standard …