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Bloom Filter-Based Parallel Architecture for Accelerating Equi-Join Operation on FPGA
2021
Electronics
As one of the most important operations in relational databases, the join is data-intensive and time-consuming. Thus, offloading this operation using field-programmable gate arrays (FPGAs) has attracted much interest and has been broadly researched in recent years. However, the available SRAM-based join architectures are often resource-intensive, power-consuming, or low-throughput. Besides, a lower match rate does not lead to a shorter operation time. To address these issues, a Bloom filter
doi:10.3390/electronics10151778
fatcat:yfqhtfp4wzfnfgn7kfl2bb55du