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Datapath-oriented FPGA mapping and placement for configurable computing

机译:面向数据路径的FPGA映射和布局,用于可配置计算

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Widespread acceptance of FPGA-based reconfigurable coprocessors will be expedited if compilation time for FPGA configurations can be reduced to be comparable to software compilation. This research achieves this goal, generating complete datapath layouts in fractions of a second rather than hours. Our algorithm, adapted from instruction selection in compilers, packs multiple operations into single rows of CLBs when possible, while preserving a regular bit-slice layout. Furthermore, placement and thus routing delays are considered simultaneously with packing, so that the total delay, not just the CLB delay, is optimized.
机译:如果可以将FPGA配置的编译时间减少到与软件编译相当的程度,将加快基于FPGA的可重配置协处理器的广泛接受。这项研究实现了这一目标,只需几分之一秒(而不是几小时)即可生成完整的数据路径布局。我们的算法(根据编译器中的指令选择进行了修改)在可能的情况下将多个操作打包到CLB的单行中,同时保留规则的位片布局。此外,布局和布线延迟均应与打包同时考虑,以便优化总延迟,而不仅仅是CLB延迟。

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