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Resistive RAM (RRAM) is a promising non-volatile memory (NVM) device which can replace traditional SRAM as on-chip storage for logic and data in FPGAs. While RRAM outperforms SRAM by offering high scalability, low leakage power, and near-zero power-on delay, RRAM-FPGAs have limited programming cycles, and different writes frequencies of memory and logic blocks make the challenge more severe. To overcome...
Non-Volatile memory-based FPGAs (NV-FPGAs) are expected to replace traditional SRAM-based FPGAs to achieve higher scalability and lower power consumption. Yet the slow write performance of NVMs not only challenges FPGA reconfiguration speed and overhead but also constrains the programming cycles of FPGAs. To efficiently configure switch boxes, the majority component of an FPGA, this paper proposes...
A caching model is proposed to accelerate the I/O speed between disks and FPGA devices in the conditions of reconfigurable computing. Especially the speed of FPGA processing is much larger than the RAID reading rate. The accelerating strategy is based on LRU-MRU replacement, adding physical address factors at the same time. In the case of two-cache application mode, the accelerating strategy, according...
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