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The proposed overlay has been implemented in a Xilinx Zynq-7000 device and tested using the benchmark proposed in the CGRA-ME framework, obtaining up to 2 × speed-up.C702 tools Forensic Investigation tools TermĪ userland rootkit anti-forensic tool written in C and from Jynx rootkit. Finally, a fully automated toolchain is proposed to transform code segments with one or two nested loops into the appropriate overlay configuration and the required control routines, enabling the transparent offloading of the computing-intensive parts of the application from the embedded SoC processor to hardware. The overlay has been coupled with a multiport memory and integrated into a System-on-Chip (SoC). First, medium grain is used to compose the overlay by stitching together different processing elements, while fine grain reconfiguration is used to map applications onto the overlay by configuring the interconnections of the processing elements. The overlay has been implemented by combining two different dynamic partial reconfiguration granularities. The composition of the overlay can be reconfigured on the fly to map applications with different requirements, change the size of the overlay to free up resources for other accelerators, or to deal with run-time variable computation demands.
In this paper, the reconfigurable nature of SRAM-based FPGAs is exploited to build a dynamically multi-grain reconfigurable and scalable overlay architecture.
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