Abstract As Field Programmable Gate Arrays (FPGAs) continue to become integral parts of
embedded systems, it is imperative to consider their security. While much of the research in …

Hardware task placements in dynamically reconfigurable logic need to satisfy different goals
such as high placement efficiency, low fragmentation of the reconfigurable logic, and …

Dynamic reconfiguration is a promising approach for resource efficient utilization of
microelectronic systems. Standard platforms for partial dynamic reconfiguration are field …

The use of modern field-programmable logic devices can help system designers achieve
better cost-performance characteristics, in particular in the case of multi-task and multi …

CCN is one of the future Internet architecture. However, the lack of real traffic becomes an
obstacle to advanced CCN researches. HTTP, as an content-oriented application-layer …

The goal of this paper is to introduce a partitioning and floorplanning algorithm tailored for
reconfigurable architectures deployable on FPGAs. Our proposed algorithm specifically …

Adaptive systems based on FPGA architectures can benefit greatly from the high degree of
flexibility offered by Dynamic partial reconfiguration (DPR). Thanks to DPR, hardware tasks …

FPGAs are widely offered in cloud data centres (eg,[13]), and there is consequently a strong
need to investigate FPGA hardware security in the remote environment. This is because of …

During the past years, it has been shown that dynamic reconfiguration of FPGAs can be
used to enhance the resource efficiency and flexibility of digital controllers. The authors have …

Partial and dynamic reconfiguration significantly enhances the potential of FPGAs, which
has been shown in various prototypic implementations in the past. In this paper the authors …